AILONG TARGET UNIVERSITY
爱龙职业大学是一所职业培训大学。本大学以爱惜人才为主向，以目标导向培训职业人才为目的。所以，爱龙职业大学是名符其实之校名。校名和校徽是专利.
校长 谢干权
美国博士,教授,美国电磁场科学院院士. 已组织主持60多次电磁力学国际会议.国际知名科学家和电磁力学计算学术带头人,GLGANQUAN@GLGEO.COM,电话:180 7310 4386
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湖南超级计算科学中心 Hunan Supercomputational Sciences Center HSSC
湖南省计算科学学会 Computational Science Society In Hunan Province CSSH
在世界科学发展的前沿，一门崭新的计算科学像东方的一轮红日横空在世。 美国和全世界的核武器国家都用计算科学模拟核武器代替被国际条约限制的核实验。现在无处不用的电子计算机就是美国为研制第一原子弹而发明的。发明人冯诺曼是美国柯郎数学所的世界著名数学家。是我的博士后导师彼得拉克斯的导师和亲密研究伙伴。第一原子弹能成功爆炸的关键就是拉克斯院士完成的计算。近几年来，由谢干权，李建华等的不超光速的GLLH完全隐形披风，隐声材料和隐震材料就是用谢李的整体和局部电磁力学声学的吉尔GL计算科学方法发明和研发的。目前流行的云计算就是一种整体和局部的国际数据管理计算科学方法。计算数学，计算物理，计算电磁学，计算力学，计算声学，计算地球物理，计算岩石力学，计算气象学，计算地震学，计算材料学，计算环境学，计算化学，计算生物，计算经济，计算数据学，计算行政，计算哲学，计算心理学，计算法学等都属于计算科学。在可见科学（散射物理和化学）世界，计算科学与实验科学同等重要；在不可见隐形科学（无散射物理和化学）世界, 在无散射物理和化学实验缺乏的当今，计算科学是探索和研究无散射物理和化学等不可见隐形科学得唯一科学方法。为抢占国际科学技术和经济发展的制高点，在十年内实现全面小康。特首先发起组织成立湖南超级计算科学中心（名称已专利)和湖南省计算科学学会（省一级学会，名称已专利）。谢干权已在湖南省计算数学和应用软件学会2012年年会上首先明确提出提出“计算科学”和成立“湖南省计算科学学会”.谢干权在2008年512汶川地震和2012年907彝良地震的第3天到达地震中心抓紧余震时期研究计算地震科学并提出计算余震地震学。2012年8月谢干权和李建华在世界上首先发现和提出“光速是无理数”，即无限不循环数。 组织者：谢干权，美国博士,教授,美国电磁场科学院院士. 已组织主持60多次电磁力学国际会议.国际知名科学家和电磁力学计算学术带头人,1986年，发起组织湖南省计算数学和应用软件学会为一级学会，并担任第一届理事长. GLGANQUAN@GLGEO.COM,电话:180 7310 4386 2012年12月18日 |
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光速是无理数 2012年8月谢干权和李建华在世界上首先发现和提出“光速是无理数”，即无限不循环数。又一次证明了对于客观物质世界的每一步真正新的发现和认识都不是过去简单的重复。谢李已有该项发现的专利。 |
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AILONG TARGET UNIVERSITY
爱龙职业大学是一所职业培训大学。本大学以爱惜人才为主向，以目标导向培训职业人才为目的。所以，爱龙职业大学是名符其实之校名。校名和校徽是专利.
校长 谢干权
美国博士,教授,美国电磁场科学院院士. 已组织主持60多次电磁力学国际会议.国际知名科学家和电磁力学计算学术带头人,GLGANQUAN@GLGEO.COM,电话:180 7310 4386 |
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望城二中七十年校庆
2012年11月10日
望城二中是湖南省长沙市 望城区近世纪的著名中学
人才辈出 桃李华湘 教育科学 升学辉煌
校长：李红军
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热烈庆祝望城二中七十年校庆
谢干权
望城二中七十年， 培育人才数万千， 年年高考年年胜， 勤学苦练日月天。
望城二中七十年， 爱龙教育出圣贤， 中华世界多校友， 胡公喜说古樟前。
望城二中七十年， 风云变幻话时迁， 颗颗红心向着党， 师生同种和谐园。
望城二中七十年， 二零一二喜空前， 金榜齐鸣九十九， 神九天宫载状元。
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隐形科学的突破 新的整体和局部场方法GL Method和 可用普通光学材料实现的不超过光速的GL隐形披风 谢干权和李建华 2011年9月20日在中国计算年会 报告
摘要
在本文中，我们提出了一种新的总体 (Global)和局部 (Local)场方法.可用于求解数理化等科学中的线性和非线性的偏微 分方程，包括双曲，抛物和椭圆方程和非线性的常微分方程,求解区域可以是有限域,无限域,或具曲面边界的部分无限域. 其无限域包括有限有界不均匀介质区域. 其不均匀介质区域被分划为若干子区域之和. 在这含非均匀介质的无限区域， 我们将微分方程的解显式地表示为在若干非均匀介质子区域上和局部子曲面的积分的递归和。 我们把正反算的非线性关系 递归地显式化. 在无限均匀区域，微分方程的解析解被称为初始总体场. 微分方程解的总体场相继地被各个非均匀介质子 区域的局部散射场所修正. 这种修正过程是一个子域接着另个子域逐步相继地进行的。一旦所有非均匀介质子区域被散射 扫描和有限步更新过程全部完成后, 微分方程的解就获得了. 我们称其为总体和局部场的方法, 简称为 GL 方法[1]. GL 方法完全地不同于有限元及有限差方法, GL方法直接地逐子域地组装逆矩阵而获得解. GL方法无需求解大型矩阵方程， 它克服了有限元大型矩阵解的困难. 用有限元及有限差方法求解无限域上的微分方程时，人为边界及其上的吸收边界条件 是必需的和困难的，人为边界上的吸收边界条件的不精确的反射会降低解的精确度和毁坏反算过程. GL方法又克服了有限元 和有限差方法的人为边界的困难. GL 方法既不需要任何人为边界又不需要任何吸收边界条件就可以子域接子域逐步精确地 求解无限域上的微分方程. 有限元和有限差方法都仅仅是数值的方法, GL 方法将解析解和数值方法相容地结合起来.适合 求解大波数的Helmoholtz 方程和高频率的三维电磁波，三维弹性波和三维声波。GL反算方法在力学，声学和电磁地震和 地球物理勘探，不破坏探伤，奈米材料，光电通讯，光子晶体，隐形披风等有广泛成功的应用。我们提出和证明了了三角 的格林函数积分方程公式. 我们证明了当子域的直经趋于零时,波动方程的GL方法的数值解收敛于精确解. GL方法解波动 方程的误差估计也获得了. 求解椭圆型,抛物线型,双曲线型方程的GL模拟计算结果显示出我们的GL方法具有准确,快速,稳定 的许多优点.
基于我们的GL方法，我们发现了不超过光速的GL 电磁各向异性和各向同性的隐形斗篷披风。本文是新为GL隐形斗篷材料， 是从我们GLLH的延伸，见论文ArXiv 1050.3999 [2]。在本文，介电和导磁性参数大于一。折射率N（R）大于或等于一。 这里提出了一个新的GL径向电磁建模和反演方法。在GL径向EM建模，无需解大矩阵，无需人工边界和吸收边界条件。通过 在一个独特的有理函数类搜索， GL斗篷建模和反演发现了GL不超过光速的电磁隐形披风，证明了它的界电，导磁，和折射 率大于一，和不超光速的属性。本文提出了新颖的电磁波的波前分叉传播。在GL斗篷前电磁波传播总是落后于它在自由空间 的传播。这就证实了GL隐形披风克服了超光速的违反。在时间步长118dt，在GL斗篷，波前是弯曲的月牙型波前，它比在 自由空间传播慢。在时间步长120dt，在GL EM斗篷内，电磁波传播比光的速度慢，而且，它的两个新颖的新月形前峰相交 于一个分支点。在分支点，波前被分为两个波前。一个分支向前传播，另一波前分支向内边界吸引。一个更令人兴奋的 突破性进展是，我们发现没有超过光速违反的一个各向同性EM隐形披风。在2001年，我们发现了一个双层披风斗篷现象。 因为隐形披风没有散射，物理实验是非常困难，因此，我们发展一个全局和局部领域的方法，克服了FEM和FD方法解超大 矩阵的成本高和不准确的吸收条件等困难， GL的方法是物理数学实验工具。 在GL地球物理实验室保留所有GL电磁斗篷 和GL建模和反演方法版权和专利。 [1] Ganquan Xie, Jianhua Li, L.Xie, F. Xie, GL Method for Solving Equations in Math-Physics and Engineering, Acta Mathematicae Applicatae Sinica, English Series, v. 24,n. 1, p391-404,
DOI: 10.1007/s10255-007-7148-9
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New GL Invisible Cloak Without Exceeding Light Speed Wave Ganquan Xie, Jianhua Li, Lee Xie, Feng Xie Patent Report GL Geophysical Laboratory Abstract In this paper, we propose a new GL EM invisible cloak class without exceeding light speed. The GL cloak material in this paper is different from our paper ArXiv 1050.3999. The radial dielectric and permeanbility of GL EM cloak in this paper are large than one. The refractive index of the GL cloak material, n(r), is large than one or equal to one. Our GL EM cloak is created by GL EM cloak modeling and inversion with searching in a class of the rational function of (h), h = r − R1. The GL cloaks in this paper have finite speed and have no exceed light speed physical difficulty. The GL EM cloaks can be practicable by using conventional optical materials Radial GL EM inviavible cloak modeling, inversion and electromagnetic integral equation for cloak are proposed in this paper. The properties of our GL EM cloak and their proofs are presented in this paper. The novel EM wave propagation and front branching in the GL cloak by GL EM modeling are presented in this paper. The EM wave front propagation in GL cloak is behind of the front in free space. At time steps 118dt, in the GL cloak, the wave front is curved as a crescent like and propagates slower than the light in free space. At the time step 120dt, the EM wave inside of the GL EM cloak propagates slower than light speed, moreover, its two crescent front peaks intersect at a front branching point. At the front branching point, the front is split to two fronts. The novel front branching and crescent like wave propagation are displayed in figures in this paper. All copyright and patent of the GL EM cloaks and GL modeling and inversion methods are reserved by authors in GL Geophysical Laboratory. On July 2, 2011, our paper has been submitted to arXiv with Stamp ArXiv:submitted/0276008. The full paper can be download here. All contents of the paper are new and have been patented. Your download address, process and information will be automatic recorded by our patent system. Any colleague downloads and refers our paper for your research paper, please cite our paper as reference.
Please send an email to SLEE@GLGEO.COM
for download record and guidance
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Correction of GLLH paper ArXiv:1005.3999. The formula (5) in page 4 of paper ArXiv:1005.3999 should be changed to
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Chinese people write "eat food" as 吃飯 Left side of 飯 is 食 which means "EAT"=“吃”,Right side of 飯 is 反 which means "inversion”. "飯" means that all social revolutions are caused by "eat food problem", i.e. "吃飯問題" "飯" means that all scientific revolutions are caused by "eat inverse problem." Made By Ganquan Xie and Jianhua Li. GL Geophysical Laboratory Copyright belong to GLGEO. We presented in GLGEO and MSRI in November 11, 2010
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SCATTERING INVERSION, Finding Inversion, “找” “找目標”反算
Find oil, mine, water, Earthquake, crack, material etc target object by scattering wave which are scattered when incident wave field through the objects.
Made By Ganquan Xie and Jianhua Li
GL Geophysical Laboratory Copyright and patents are belong to GLGEO We presented in GLGEO and MSRI in November 11, 2010 |
NO SCATTERING INVERSION
Hiding Inversion,“躲” “躲藏”反算
Find material such that there is no scattering when field pass it GLLH Electromagnetic Invisible Cloaks
Made By Ganquan Xie and Jianhua Li
GL Geophysical Laboratory Copyright and patents are belong to GLGEO We presented in GLGEO and MSRI in November 11, 2010 |
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Photon Was Proposed By Bai Li (李白) in 701-762 in Tang Dynasty 李白 靜夜思 床前明月光，疑是地上霜。舉頭望明月，低頭思故鄉。 In this poem, Professor Bai Li said that "The light is wave and particle duality, human and animal's emotion are relative to "light" " "疑是地上霜" means the light may be is particles over ground state "霜子"is "Photon" Made By Ganquan Xie and Jianhua Li GL Geophysical Laboratory Copyright and patents are belong to GLGEO We presented in GLGEO in 2002, in Mechanical Annual Meeting In Taiwan in 2008, and in OPT2010 in Taiwan in December 4, 2010 |
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Cite as: |
arXiv:1105.0164v3 [physics.optics] |
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arXiv.org > physics > arXiv:1105.0164 Invisibility cloaking without superluminal propagation Janos Perczel, Tomas Tyc, Ulf Leonhardt (Submitted on 1 May 2011 (v1), last revised 20 Jun 2011 (this version, v3)) Conventional cloaking based on Euclidean transformation optics requires that the speed of light should tend to infinity on the inner surface of the cloak. Non-Euclidean cloaking still needed media with superluminal propagation. Here we show by giving an example that this is no longer necessary.
Submission history
From: Ulf
Leonhardt [view
email] Which authors of this paper are endorsers? Link back to: arXiv, form interface, contact. In May 21, 2010, Professor Ulf Leonhardt et al published a paper in ArXiv, Cite as: arXiv:1105.0164v13[physics]. Page 1-3 and 21-22 of the Paper Pdf file can be download here, ArXiv:1105.0164. Also You can download it in http://arxiv.org/abs/1105.0164 or http://arxiv.org/PS_cache/arxiv/pdf/1105/1105.0164v3.pdf Professor Xie et al.'s paper ArXiv:1005.3999 "GLLH EM invisible Cloak with novel front branching and without light speed violation" that has been published in ArXiv already one year before Ul at al.f's paper arXiv:1105.0164. Ulf did cite the paper ArXiv:1005.3999 by xie et al. as his reference [35]. In the footnote of page 2, He wrote that "Preprint [35] proposes a different method for cloaking without superluminal propagation". |
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A GL Field Method and GL Invisible Cloak Without Exceeding Light Speed Violation Ganquan Xie and Jianhua LI GL Geophysical Laboratory, http://www.glgeo.com, Hunan Computaional Science Institute，China 9/20/2011Report In Computational Mathematics Annual Meeting Abstract In this paper, we propose a new GL method [1] for solving the ordinary and the partial differential equation. These equations govern the electromagnetic field etc. macro and micro physical, chemical, financial problems in the sciences and engineering. The differential equation is held in an infinite domain which includes a finite inhomogeneous domain. The inhomogeneous domain is divided into finite sub domains. We present the solution of the differential equation as an explicit recursive sum of the integrals in the inhomogeneous sub domains. We discover the explicit relationship between forward modeling and inversion. The analytical solution of the equation in the infinite homogeneous domain is called as an initial global field. The global field is updated by local scattering field successively subdomain by subdomain. Once all subdomains are scattered and the finite updating process is finished in all the sub domains, the solution of the equation is obtained. We call our method as Global and Local field method, in short GL method. The GL method is totally different from Finite Element Method (FEM) method and Finite Difference Method (FD), the GL method directly assemble inverse matrix and get solution successively subdomain by subdomain . There is no big matrix equation needs to solve in the GL method which overcomes FEM’ and FD’s difficult for solving big matrix equation. When the FEM and FD is used to solve the differential equation in the infinite domain, the artificial boundary and absorption boundary condition are necessary and difficult. The error reflections from the artificial absorption boundary condition downgrade the accuracy of the forward solution and damage the inversion resolution. The GL method resolves the artificial boundary difficulty in FEM and FD methods. There is no artificial boundary and no absorption boundary condition for infinite domain in the GL method. FEM and FD methods are merely numerical methods, GL Methods compatibly combines analytical solutions and numerical methods. We proposed a triangle integral equation of the Green’s functions and proved several theorems for the theoretical analysis of the GL method. The numerical discretization of the GL method is presented. We proved that the numerical solution of the GL method is convergent to the exact solution when the maximum diameter of the sub domain is going to zero. The error estimation of the GL method for solving the wave equation is presented. we propose a radial GL field Method and GL EM anisotropic and isotropic invisible cloak class without exceeding light speed. The GL cloak material in this paper is extension from our paper ArXiv 1050.3999[2]. The radial dielectric and permeability of GL EM cloak in this paper are large than one. The refractive index of the GL cloak material, n(r), is large than one or equal to one. A unconventional GL radial EM modeling and inversion are proposed here. In the GL radial EM modeling, there is no large matrix to solve, artificial boundary is removed and absorption boundary condition is no needed. By searching in a distinctive pre media class of the rational function of (h), h = r - R1, the GL EM cloak modeling and inversion create a GL EM invisible cloak class without exceeding light speed. The GL EM cloaks can be practicable by using conventional optical materials. the properties of our GL EM cloak and their proofs are presented in this paper. The novel EM wave propagation and front branching in the GL cloak by GL EM modeling are presented in this paper. The EM wave front propagation in GL cloak is behind of the front in free space. At time steps 118dt, in the GL cloak, the wave front is curved as a crescent like and propagates slower than the light in free space. At the time step 120dt, the EM wave inside of the GL EM cloak propagates slower than light speed, moreover, its two crescent front peaks intersect at a front branching point. At the front branching point, the front is split to two fronts. The novel front branching and crescent like wave propagation are displayed in figures in this paper. A more exciting breakthrough progress is that we discovered a isotropic EM invisible cloak without exceeding light speed violation. The isotropic dielectric and permeability cloaking material are proposed in this paper. In 2001, we discovered a double layer cloak phenomena. There is no scattering from invisible cloak that is very difficulty for physical experiments, because the modern physical theory and experiments are based on scattering. We develop a Global and Local field method that overcome the massive size matrix solving cost and non accurate absorption condition etc. difficulties in FEM and FD method. The GL method can be a physical mathematical experiment tool for investigating the GL invisible cloak. All copyright and patent of the GL EM cloaks and GL modeling and inversion methods are reserved by authors in GL Geophysical Laboratory. [1] Ganquan Xie, Jianhua Li, L.Xie, F. Xie, GL Method for Solving Equations in Math-Physics and Engineering, Acta Mathematicae Applicatae Sinica, English Series, v. 24,n. 1, p391-404, DOI: 10.1007/s10255-007-7148-9 [2] G.anquan Xie, Jianhua Li, L.Xie, F. Xie, GLLH EM Invisible Cloak With Novel Front Branching And Without Exceed Light Speed Violation, arXiv:1005.3999,http://arXiv.org/abs/1005.3999. |
Research Goal
The research goal of GL Geophysical Laboratory is to propose new method and software for solving front computational problem in Mathematical, Physical, Chemic, Biological, and Geophysical Sciences and Engineering
Research Idea and Cue
Combine philosophic and scientific, finding and hiding, global analytical and local numerical, deterministic and stochastic, Macro and Micro, ideas and cue to propose new Global and Local field method and software.
Modeling and Applications
Inversion and Applications
PHC photonic crystal dispersive science and engineering
INVISIBLE CLOAK AND Acoustic Cloak AND Mechanical Cloak
Novel GLLH EM Invisible Cloak Without Exceed Light Violation and With Refractive Index N > 1 May Be Practicable
We discovered a novel GLLH Electromagnetic (EM) invisible cloak with refractive index N > 1. The GLLH EM invisible cloak has a novel front branching and has finite speed and has no exceed light speed violation. The GLLH invisible cloak may be practicable by conventional optical materials.
Acoustic Cloak
Mechanical Cloak
GL and AGILD EM Stirring in Caster.
Global and Local field - GL Modeling Method
From history to recent, the analytical and numerical method are developing separately.
We combine analytical and numerical methods consistently to propose new Global analytical
and local numerical GL field method [2],[3]
The novel GL method is powerful fast, accurate and parallel modeling method. the GL method is total different from FEM, FD, GILD and Born like methods. The GL method has advantages over them as follows:
The GL method combines analytical and numerical approaches together;
The GL method does not need any
artificial boundary to truncate
infinite domain;’
There are 3x3 or 6x6 small matrices in GL Method;
The GL method does not need to solve any large matrix equation;
The GL method can be used to obtain the exact wave field;
The GL method is available for all frequency and any large material contrast;
The GL method is self parallelization;
The GL method has super- convergence.
GL method is very accurate and fast than FEM and FD method for wave propagation in the infinite domain.
3D GL - Global and Local Electromagnetic Field Modeling
2.5D GL - Global and Local Electromagnetic Field Modeling
3D GL - Global and Local Elastic Wave Modeling
2.5D GL - Global and Local Elastic Wave Modeling
3D GL - Global and Local Acoustic Wave Modeling
2.5D GL - Global and Local Acoustic Wave Modeling
3D GL Double EM Invisible Cloak Modeling
3D GLLH Double EM Invisible Cloak Modeling without Exceed Light Speed Violation
朷
Global and Local field - GL Inversion Method [1]
3D GL Electromagnetic Parameter Inversion
2.5D GL Electromagnetic Parameter Inversion
3D GL Elastic Wave Inversion
2.5D GL Elastic Wave Inversion
3D GL Acoustic Wave Inversion
2.5D GL Acoustic Wave Inversion
3D GL Double EM Invisible Cloak Inversion
3D GLLH Double EM Invisible Cloak Inversion without Exceed Light Speed Violation
朷
There are glory history to develop FEM in China, In 1965, Professor Feng Kang (毒眃) proposed difference scheme based on
variational principle (ref 4 in [3])
that is equivalent the FEM method developed by W.R.
Clough in University of California at
Berkeley in 1960 or
early. In 1966, Professors Huang, Hongci (
In the Chinese Scientific Congress in 1978, Ganquan Xie received Chinese Scientific Congress Prize on G.Q.Xie and J.H.Li's 3D FEM method developed in 1973 first of China. In 1978, Ganquan Xie and Jianhua Li received Hunan Scientific Congress Prize on Xie and Li's 3D FEM method developed in 1973 first of China.
Professor Michal Krizek mentioned Ganquan Xie's pioneer 3D FEM superconvergence work in page 47 of his paper,
Michal Krizek, Superconvergence phenomena on three dimensional meshes. International journal of numerical analysis and modeling, 2(1): 43{56 (2005).
Xie, G.Q. Three dimensional Finite element method for solving the elastic problem. Mathematical Practice and Knowledge, (1): 28~41 (1975) (chinese)
谢干权 三維弹性问题的有限元方法, 数学的实践与认识, 1975 年第一期, 28~41
Global and Local field - GL Modeling Software
3D GL Electromagnetic Field Propagation Software
2.5D GL Electromagnetic Propagation Field Software
3D GL Elastic Wave Propagation Software
2.5D GL Elastic Wave Propagation Software
3D GL Acoustic Wave Propagation Software
2.5D GL Acoustic Wave Propagation Software
3D GL EM Stirring For Steel Caster Modeling Software
3D GL Double EM Invisible Cloak Modeling Software
3D GLLH Double EM Invisible Cloak Modeling Software without Exceed Light Speed Violation
Global and Local field - GL Inversion Software
3D GL Acoustic Wave Inversion Software
3D GL Electromagnetic Parameter Inversion Software
3D GL Elastic Wave Inversion Software
3D GL Flow Modeling Software
2.5D GL Flow Inversion Software
2.5D GL Flow Parameter Inversion Software
3D GL EM Stirring For Steel Caster Inversion Software
3D GL Double EM Invisible Cloak inversion Software
3D GLLH Double EM Invisible Cloak inversion Software without Exceed Light Speed Violation
3D Electromagnetic wave in low, middle, and high frequency from lower freq, radio, microwave, infrared, visible light, ultraviolet, x, and Gamma ray
2.5D Electromagnetic wave in low, middle, and high frequency variable sciences and engineering applications
3D Electromagnetic Modeling In Geophysics
3D Electromagnetic Inversion In Geophysics
2.5D Electromagnetic Modeling In Geophysics
2.5D Electromagnetic Inversion In Geophysics
3D GL magnetotelluric modeling in geophysical exploration
2D GL magnetotelluric modeling in geophysical exploration
3D GL magnetotelluric inversion in geophysical exploration
2D GL magnetotelluric inversion in geophysical exploration
GL electromagnetic Sheet with arbitrary sample and think
3D/2.5D SEISMIC Modeling and inversion in Geophysics
3D/2.5D EM wave in nano physics
3D/2.5D GL Electromagnetic wave in radar and Antenna
3D GL EM AIRBORNE MODELING AND INVERSION
3D GL EM Stirring For Steel Caster
3D GL Double EM Invisible Cloak
3D GLLH Double EM Invisible Cloak without Exceed Light Speed Violation
PIERS - Progress In Electromagnetic Research Symposiums
GLGEO Professors and Colleague Professors Are Organizing 3 Sessions For
愝
Program of The Program of The 30th PIERS 2011 In Suzhou of China
愝
1. Electromagnetic Modeling, Inversion and Applications
Organized by Ganquan Xie, Michael Oristaglio, and Jianhua Li,
Organized by Ganquan Xie, Tzong-Jer Yang, and Chien-Jang Wu
3. Biomedical Electromagnetic Instruments, Electromagnetic Condensed Materials and Imaging
Organized by Ganquan Xie, Jianhua Li,
GLGEO Professors and Colleague Professors Are Organizing 3 Sessions For
Program of The 29th PIERS 2011 In Marrakesh of Morocco
1. Electromagnetic Modeling, Inversion and Applications
Organized by Ganquan Xie, Michael Oristaglio, and Jianhua Li,
Chairman Fethi Bin Muhammad Belgacem, Yaun- Fong Chau, Xianwen Zhou, (expected)
Organized by Ganquan Xie, Tzong-Jer Yang, and Chien-Jang Wu,
chairman Chien-Jang Wu (Szu-Cheng Cheng), Chien-Chang Lin (expected)
3. Biomedical Electromagnetic Instruments, Electromagnetic Condensed Materials and Imaging
Organized by Ganquan Xie, Jianhua Li, Herng-Er Horng
Chairman H. C. Yang, Liming Wang (expected)
GLGEO Professors and Colleague Professors Organized and Chaired 4 Sessions For
Program of The 28th PIERS 2010 In Cambridge of USA ,
search "Xie" in [Search Paper by Title or Author]
1A1 Electromagnetic Modeling, Inversion and Applications 1
Organized by Ganquan Xie, Michael Oristaglio, and Jianhua Li, Chaired by Ganquan Xie and Michael Oristaglio
1P1 Electromagnetic Modeling, Inversion and Applications 2
Organized by Ganquan Xie, Michael Oristaglio, and Jianhua Li, Chaired by Michael Oristaglio
3A6b Electromagnetic Science and Design on The Optical Dispersive Metamaterials, Invisible Cloak and Photonic Crystals
Organized by Ganquan Xie, Tzong-Jer Yang, and Chien-Jang Wu, Chaired by Lauren Rast
3P5 Biomedical Electromagnetic Instruments, Electromagnetic Condensed Materials and Imaging
Organized by Ganquan Xie, Chaired by Ganquan Xie and Heung-Gyoon Ryu
GLGEO Professors and Colleague Professors Organized and Chaired 5 Sessions For
Program of The 27th PIERS 2010 In Xian of China ,
search “Xie” in [Search Paper by Title or Author:]
1A2b Electromagnetic Modeling, Inversion, and Applications 1
Organized by Ganquan Xie, Michael Oristaglio, and Jianhua Li, Chaired by Ganquan Xie and Tzon-Tzer Lu
1P2 Electromagnetic Modeling, Inversion, and Applications 2
Organized by Ganquan Xie, Michael Oristaglio, and Jianhua Li, Chaired by Ganquan Xie and Chow-Son Chen
2A2a Electromagnetic Seismic Fluid Geophysical and Geological Exploration
Organized by Ganquan Xie, Clement Kostov, and Jianhua Li, Chaired by Ganquan Xie and Jianshu Luo
2A2b Biomedical Electromagnetic Instruments and Electromagnetic Condense Materials and Imaging
Organized by Ganquan Xie,Chaired by Ganquan Xie and Jianshu Luo
2P2 Electromagnetic Wave in the Materials and Dispersion Simulation for Cloak Metamaterials and Photonic Crystals
Organized by Ganquan Xie, Tzong-Jer Yang, and Chien-Jang Wu, Chaired by Chien-Jang Wu and Fan-Yi Lin
GLGEO Professors and Colleague Professors Organized and Chaired 6 Sessions For
Program of The 26th PIERS 2009 In Moscow of Russia ,
search “Xie” in [Search Paper by Title or Author:]
2P4 Electromagnetic Field in the Metamaterials and Dispersion Design of Cloak and Photonic Crystals 1
Organized by Ganquan Xie, Tzong-Jer Yang, and Chien-Jang Wu, Chaired by Wen-Chuan Kuo and Yuan-Fong Chau
3A4 Electromagnetic Field in the Metamaterials and Dispersion Design of Cloak and Photonic Crystals 2
Organized by Ganquan Xie, Tzong-Jer Yang, and Chien-Jang Wu, Chaired by Tzong-Jer Yang and Chien-Jang Wu
3P10 Electromagnetic Field Modeling, Inversion and Applications 1
Organized by Ganquan Xie, Michael Oristaglio, and Jianhua Li, Chaired by Ganquan Xie and Tzon-Tzer Lu
3P4 Biomedical Electromagnetism Instruments, Electromagnetism Condensed Materials and Imaging 1
Organized by Ganquan Xie, Jianhua Li, and Jauyn Grace Lin, Chaired by Jianhua Li and V. G. Veselago
4A10 Electromagnetic Field Modeling, Inversion and Applications 2
Organized by Ganquan Xie, Michael Oristaglio, and Jianhua Li, Chaired by Jianhua Li
4A4 Biomedical Electromagnetism Instruments, Electromagnetism Condensed Materials and Imaging 2
Organized by Ganquan Xie, Jianhua Li, and Jauyn Grace Lin, Chaired by Jianhua Li and Fethi BMuhammad Belgacem
GLGEO Professors and Colleague Professors Organized and Chaired 4 Sessions For
Program of The 25th PIERS 2009 In Beijing of China ,
search Xie in [Search Paper by Title or Author]
1P7 Electromagnetic Field in Materials and EM Field Dispersion in Cloaks and Photonic Crystals
Organized by Ganquan Xie, Tzong-Jer Yang, and Chien-Jang Wu, Chaired by Herng-Er Horng and Chien-Jang Wu
2A7 Electromagnetic Field Modeling and Inversion and Applications 1
Organized by Ganquan Xie, Michael Oristaglio, and Jianhua Li, Chaired by Jianhua Li and Xueben Wang
2P6 Elecromagnetic Field in Bio Magnetism Materials and Instrument and Dispersion in Cloaks and Metamaterials
Organized by Ganquan Xie, Jianhua Li, and Xianwei Zhou, Chaired by Hong-Chang Yang and Xianwei Zhou
2P7 Electromagnetic Field Modeling and Inversion and Applications 2
Organized by Ganquan Xie, Michael Oristaglio, and Jianhua Li Chaired by Michael Oristaglio and Tong Kang
GLGEO Professors and Colleague Professors Organized and Chaired 3 Sessions For
Program of The 24th PIERS 2008 In Cambridge of USA ,
search Xie in [Search Paper by Title or Author]
2A4 Electromagnetic Modeling, Inversion and Applications 1
Organized by Ganquan Xie, Michael Oristaglio, and Jianhua Li, Chaired by Jianhua Li
2P4 Electromagnetic Field in Optical Materials and EM Field Dispersion in Photonic Crystals
Organized by Ganquan Xie, Tzong-Jer Yang, and Chien-Jang Wu, Chaired by Tzong-Jer Yang and Tong Kang
3A4 Electromagnetic Modeling, Inversion and Applications 2
Organized by Ganquan Xie, Michael Oristaglio, and Jianhua Li, Chaired by Jianhua Li
GLGEO Professors and Colleague Professors Organized and Chaired 3 Sessions For
Program of The 23rd PIERS 2008 In Hangzhou of China ,
search Xie in [Search Paper by Title or Author]
1P8 Electromagnetic Modeling, Inversion and Application 1
Organized by Ganquan Xie and Michael Oristaglio, Chaired by Jianhua Li and Chow-Son Chen
2A8 Electromagnetic Modeling, Inversion and Application 2
Organized by Ganquan Xie and Michael Oristaglio, Chaired by Chien-Chang Lin and Tong Kang
2P4 Electromagnetic Field in Optical Materials and Dispersion Engineering of Photonic Crystals
Organized by Ganquan Xie, Tzong-Jer Yang, and Chien-Jang Wu, Chaired by Tzong-Jer Yang and Chien-Jang Wu
GLGEO Professors and Colleague Professors Organized and Chaired 1 Sessions For
Program of The 22nd PIERS 2007 In Prague of Czech ,
search Xie in [Search Paper by Title or Author]
3A4 Electromagnetic Modeling and Inversion and Applications
Organized by Ganquan Xie and Michael Oristaglio, Chaired by Chien-Jang Wu and Jianhua Li
GLGEO Professors and Colleague Professors Organized and Chaired 3 Sessions For
Program of The 21st PIERS 2007 In Beijing of China ,
search Xie in [Search Paper by Title or Author]
1P5 Inverse Problem in the Mechanics, Materials and Electromagnetics
Organized by Ganquan Xie and Jianhua Li, Chaired by Ganquan Xie, Jianhua Li, and Hai-Tao Cai
2P5
Electromagnetic Modeling and Inversion and
Applications
Organized by Ganquan Xie and Chien-Jang Wu, Chaired by Ganquan
Xie and Chien-Jang Wu
4A5 Electromagnetic and Seismic
and Flow Field Imaging in the Geophysical and Enviroment Sciences and
Engineering
Organized by Ganquan Xie and Michael Oristaglio,
Chaired by Ganquan
Xie, Michael Oristaglio, and Youzhong Guo
GLGEO Professors and Colleague Professors Organized and Chaired 1 Sessions For
Program of The 20th PIERS 2006 In Tokyo of Japan ,
search Xie in [Search Paper by Title or Author]:
4P2 Electromagnetic Modeling and Inversion and Applications
Organized by Ganquan Xie and Michael Oristaglio, Chaired by Ganquan Xie, Jianhua Li, and C. J. Wu
GLGEO Professors and Colleague Professors Organized and Chaired 3 Sessions For
Program of The 18th PIERS 2006 In Cambridge of USA ,
search Xie in [Search Paper by Title or Author]:
2P5 Electromagnetic Modeling and Inversion and Applications 1
Organized by Ganquan Xie and Michael Oristaglio, Chaired by Ganquan Xie, Michael Oristaglio, and Jianhua Li
3A5 Electromagnetic Modeling and Inversion and Applications 2
Organized by Ganquan Xie and Michael Oristaglio, Chaired by Ganquan Xie, Michael Oristaglio, and Jianhua Li
3P5 Electromagnetic Modeling and Inversion and Applications 3
Organized by Ganquan Xie and Michael Oristaglio, Chaired by Ganquan Xie, Michael Oristaglio, and Jianhua Li
GLGEO Professors and Colleague Professors Organized and Chaired 3 Sessions For
Program of The 19th PIERS 2005 In Hangzhou of CHINA ,
search [Xie in Search Paper by Title or Author]
2A6 Electromagnetic Modeling and Inversion (Faraday)
Organized by Ganquan Xie, Yanzhong Luo, Chaired by Ganquan Xie, Yanzhong Luo, Michael Oristaglio
2P6 Electromagnetic Modeling and Inversion (Maxwell)
Organized by Ganquan Xie, Yanzhong Luo ,Chaired by Ganquan Xie
3A6 Electromagnetic Modeling and Inversion (Einstein)
Organized by Ganquan Xie, Yanzhong Luo, Chaired by Michael Oristaglio, Ganquan Xie,Yanzhong Luo
President of GL Geophysical Laboratory
Senior Scientist and Engineering, Lee Xie
Vice President of GL Geophysical Laboratory
Senior Professor and Scientist, Jianhua Li
Administrator of GL Geophysical Laboratory
Steve Lee
mailto:SLEE@GLGEO.COM?subject=Please send email to SLEE@GLGEO.COM
GL - GLOBAL AND LOCAL EM FIELD MODELING AND INVERSION
[1] Ganquan Xie, Jianhua Li, Lee Xie, and Feng Xie, A GL Metro Carlo EM Inversion,
Journal of Electromagnetic Waves and Applications, Volume 20, Number 14, 2006 , pp. 1991-2000.
[2] Ganquan
Xie, Feng Xie, Lee
Xie, Jianhua Li, NEW GL METHOD AND ITS ADVANTAGES FOR
RESOLVING HISTORICAL DIFFICULTIES, Progress In
Electromagnetics Research, Vol. 63, 141-152, 2006.
[3] Ganquan Xie, Jianhua Li, Lee Xie and Feng Xie, GL method for solving equations in math-physics and engineering, Acta Mathematicae Applicatae Sinica (English Series) ,Volume 24, Number 3, 391-404, DOI: 10.1007/s10255-007-7148-9
[4] Jianhua Li, Ganquan Xie, and Lee Xie, A New GL Method for Solving Differential Equation in Electromagnetic and Phys-Chemical and Financial Mathematics, PIERS Proceedings, 357 - 365, August 27-30, Prague, Czech Republic, 2007, [Full Text: PDF (293 KB)], PIERS Online Vol. 3 No. 8 2007 pp: 1151-1159 Downloads: 2733
[5] Ganquan Xie, Jianhua Li, and Feng Xie, GL Acoustic Mechanical and EM Uniform Coupled Modeling and Inversion, PIERS Proceedings, 52 - 59, July 2-6, Cambridge, USA, 2008.
[6] Ganquan Xie, Jianhua Li, Lee Xie, and Feng Xie, GL EM Mechanical and Acoustic Field Time Domain Modeling for Materials and Exploration with Dispersion, PIERS Proceedings, 355 - 365, March 24-28, Hangzhou, China, 2008.
[7] Jianhua Li, Ganquan Xie, Lee Xie, and Feng Xie, A 3D GL EM Modeling and Inversion for Forest Exploration and Felling, PIERS Proceedings, 414 - 422, March 26-30, Beijing, China, 2007, [Full Text: PDF (395 KB)] ,
PIERS Online Vol. 3 No. 4 2007 pp: 402-410, Downloads: 1011.
[8] Ganquan Xie, Jianhua Li, Lee Xie, Feng Xie, and J. Li The 3D GL EM-Flow-Heat-Stress Coupled Modeling,
PIERS Proceedings, 1002 - 1008, March 26-30, Beijing, China, 2007, [Full Text: PDF (622 KB)]
PIERS Online Vol. 3 No. 4 2007 pp: 411-417, Downloads: 942
[9] Ganquan Xie, Jianhua Li, Feng Xie, and Lee Xie, 3D GL EM and Quantum Mechanical Coupled Modeling for the Nanometer Materials, PIERS Proceedings, 1023 - 1027, March 26-30, Beijing, China, 2007,
PIERS Online Vol. 3 No. 4 2007 pp: 418-422, Downloads: 1112.
GL - GLOBAL AND LOCAL ACOUSTIC FIELD INVERSION
[10] Jianhua Li, Ganquan Xie, Lee Xie, and Feng Xie, GL Time Domain Modeling for EM Acoustic and Elastic Wave Field with Dispersion in Crystal and Porous Material, PIERS Proceedings, 676 - 684, March 24-28, Hangzhou, China, 2008.
[11] Ganquan Xie, A new iterative method for solving the coefficient inverse problem of wave equation, Communication on pure and applied math., vol. 39, 307-322, 1986. Math. Review 87g:65108
[12] Ganquan Xie and J. Li, Nonlinear integral equation of coefficient inversion of acoustic wave equation and iteration: Science In China, vol. 32, no.5, 1989.
[12] Ganquan Xie and J. Li, Nonlinear integral equation of coefficient inversion of acoustic wave equation and TCCR iteration: Science In China, vol. 31, no.12, 1989.
[13] Ganquan Xie and J. Li, New iterative method for solving inverse scattering problem of 3-D wave equation: Science In China (series A) vol. 31, no.10, 1988. Zbl Math.35079. .
[14] Ganquan Xie, J. Li, and Y. M. Chen, Gauss-Newton-Regularizing method for solving coefficient inverse problem of PDE. J. Comput. Math. vol. 5, no 1. 38-49, 1987. Math. Review . 88m:65142,
[15] Ganquan Xie and Qisu Zou, A parallel numerical method for solving 3-D scattering problem: Computer physics communications. vol. 65. p. 320-326, 1991.
[16] A. Ram and Ganquan Xie, Uniqueness result for inverse problem of geophysics Appl. Math. Letter, vol. 3, no. 3, 1990.
[17] Qisu Zou and Ganquan Xie, A parallel computational algorithm for an inverse problem of low frequency: Computer physics communications. vol. 65. p. 327-332, 1991.
[18] Gan-quan Xie, Jian-hua Li, Lung-ji Tang and Ying-ning Sun, A Characteristic Iteration For Solving Coefficient Inverse Problems Of A Wave Equation.J. Comp. Math., 6 (1988), pp. 272-281.
GILD - GLOBAL INTEGRAL AND LOCAL DIFFERENTIAL FIELD MODELING AND MATERIAL INVERSION
[19] Ganquan Xie, Jianhua Li, Ernest Majer, Daxin Zuo, and Michael Oristaglio, 2000, 3-D electromagnetic modeling and nonlinear inversion: Geophysics, 65, no.3, 804-822, 2000, doi:10.1190/1.1444779
[20] Ganquan Xie and Jianhua Li, New parallel SGILD modeling and inversion. Physica D: Nonlinear Phenomena, Volume 133, Issues 1-4, 10 September 1999, Pages 477-487 doi:10.1016/S0167-2789(99)00080-9
[21] Jianhua Li, Ganquan Xie, Michael Oristaglio, Lee Xie, and Feng Xie, A 3D-2D AGILD EM Modeling and Inversion Imaging, PIERS Proceedings, 1636 - 1642, March 26-30, Beijing, China, 2007, Downloads: 1075
[22] Gan-quan Xie and Jian-hua Li, Nonlinear Integral Equation Of Inverse Scattering Problems Of Wave Equation And Interation. J. Comp. Math., 8 (1990), pp. 289-297
[23] Xie, G., J. Li, and F. Xie, "Advanced GILD EM modeling and inversion," PIERS Online, Vol. 1, No. 1, 105-109, 2005. doi:10.2529/PIERS041206094200
[24] Ganquan Xie, Feng Xie, and Jianhua Li, New GL and GILD Superconductor Electromagnetic Modeling, PIERS Online, Vol. 1, No. 2, 173-177, 2005, doi:10.2529/PIERS041211232022
[25] Ganquan Xie, Jianhua Li, and Feng Xie, 2.5D AGILD Electromagnetic Modeling and Inversion, PIERS Online, Vol. 2, No. 4, 390-394, 2006, doi:10.2529/PIERS051002183125
[26] Ganquan Xie and Jianhua Li, 1999, New parallel GILD-SOR modeling and inversion for E-O-A strategic simulation: IMACS series book in computational and applied math. V. 5. P.123-138.
[27] Ganquan Xie and Jianhua Li, 1998 New 3D parallel GILD modeling and nonlinear inversion, IMACS series
book in computational and applied math. V. 4, p. 135-140.
[28] S. W. Wang, J. Liu, and Ganquan. Xie, 2-D acoustic wave equation inversion combing plane wave seismograms with well logs: Geophysics, vol. 61, 735-741 1997.
[29] Xie Gan-quan, Tang Long-ji and Hong Yue-shan, A numerical method of TCR iteration for solving the inverse problem of wave equation, Acta Mathematica Scientia, 10 : 2 (1990)
[30] Chien-Chang Lin, Ganquan Xie, and Jianhua Li, Nondestructive Testing in Mechanical Engineering by Wave Inversion, PIERS Online Vol. 3 No. 6 2007 pp: 795-800
[31] Jianhua Li, Ganquan Xie, and
Feng Xie, New Stochastic AGLID EM Modeling and Inversion,
PIERS
Online Vol. 2 No. 5 2006 pp: 490-494.
[32] Jianhua Li, Ganquan Xie, and
Jing Li, 3D and 2.5D AGLID EMS Stirring Modeling in the
Cylindrical
Coordinate System, PIERS
Online Vol. 2 No. 5 2006 pp: 505-509.
[33] Ganquan Xie, Jianhua Li, and
Feng Xie, 2.5D AGILD Electromagnetic Modeling and Inversion,
PIERS
Online Vol. 2 No. 4 2006 pp: 390-394.
[34] Ganquan Xie, Jing Li, and
Jianhua Li, New AGILD EMS Electromagnetic Field Modeling,
PIERS
Online Vol. 1 No. 2 2005 pp: 168-172.
[35] Ganquan Xie, Feng Xie, and
Jianhua Li, New GL and GILD Superconductor Electromagnetic
Modeling, PIERS
Online Vol. 1 No. 2 2005 pp: 173-177
[36] Ganquan Xie, Jianhua Li, and
Feng Xie, Advanced GILD EM Modeling And Inversion,
PIERS
Online Vol. 1 No. 1 2005 pp: 105-109.
Finite Element Methd
谢干权; 凸泛函取极小的有限元分析[J]; 应用数学学报 1980年01期, 【DOI】：CNKI:SUN:YYSU.0.1980-01-005, 25 cited
Chine-Chang Lin, Jianhua Li, Ganquan Xie, and Michael Oristaglio, Improved Isoparameter FEM for Plastic and EM Modeling, PIERS Online Vol. 4 No. 2 2008 pp: 231-237.
Ganquan Xie, Jianhua Li, Lee Xie, Feng Xie, GLLH EM Invisible Cloak With Novel Front Branching And Without Exceed Light Speed Violation, arXiv:1005.3999v1 [physics.optics], May, 2010
Ganquan Xie, Jianhua Li, Lee Xie, Feng Xie, A GL Double Layer EM Cloaks In Broad Frequency Band And Reciprocal Law, arXiv:1002.4249v1 [physics.optics], October, 2009.
Ganquan Xie, Jianhua Li, Feng Xie, Lee Xie, A Double Layer Electromagnetic Cloak And GL EM Modeling,
arXiv:0907.0858v1 [physics.optics], July, 2009.
Ganquan Xie, Jianhua Li, Feng Xie, Lee Xie, No Maxwell Electromagnetic Wave Field Excited In Cloaked Concealment, arXiv:0904.3040v1 [physics.optics], April, 2009
Ganquan Xie, Jianhua Li, Lee Xie, and Feng Xie, Novel GLLH EM Cloak with Front Branching and without Exceed Light Speed Violation, PIERS Proceedings, 260 - 265, July 5-8, Cambridge USA, 2010
Ganquan Xie, Jianhua Li, Feng Xie, and Lee Xie, A Novel GL Double Layer Electromagnetic Cloaks in Broad Frequency Band and Reciprocal Law, PIERS Proceedings, 623 - 630, March 22-26, Xian China, 2010
Jianhua Li, Ganquan Xie, Lee Xie, and Feng Xie, No Maxwell Electromagnetic Wavefield Excited inside Cloaked Concealment and Broadband GL Cloaks, PIERS Proceedings, 66 - 72, August 18-21, Moscow RUSSIA, 2009
Ganquan Xie, Jianhua Li, Feng Xie, and Lee Xie, Global and Local Field EM Modeling and Novel GL Double Layered Electromagnetic Cloaks, PIERS Proceedings, 335 - 343, August 18-21, Moscow RUSSIA, 2009
Ganquan Xie, Jianhua Li, Feng Xie, and Lee Xie, Global and Local Field EM Modeling for PHC Dispersion and Metamaterial Cloak Design, PIERS Proceedings, 176 - 184, March 23-27, Beijing CHINA, 2009
Ganquan Xie, Jianhua Li, Feng Xie, and Lee Xie, 3D GL EM and Quantum Mechanical Coupled Modeling for the Nanometer Materials, PIERS Online Vol. 3 No. 4 2007 pp: 418-422
Mirage
Jianhua Li, Ganquan Xie, Lee Xie, Chien-Chang Lin, and Michael Oristaglio, Use GL TM Model Inversion to Detect the Dielectric Parameter, PIERS Proceedings, 475 - 478, March 23-27, Beijing CHINA, 2009.
Ganquan Xie, Jianhua Li, Lee Xie, and Feng Xie, GL TM Dielectric Parameter Inversion, PIERS Proceedings, 747 - 752, March 23-27, Beijing CHINA, 2009.
Jing Ba, Huizhu Yang, and Ganquan Xie, AGILD Seismic Modeling For Double-porosity Media, PIERS Proceedings, 491 - 497, March 24-28, Hangzhou, China, 2008
Jianhua Li, Ganquan Xie, Michael Oristaglio, Lee Xie, and Feng Xie, A 3D-2D AGILD EM Modeling and Inversion Imaging, PIERS Online Vol. 3 No. 4 2007 pp: 423-429
Ganquan Xie and Jianhua Li, 1999, A new algorithm for 3-D nonlinear electromagnetic inversion.
3-D Electromagnetic Methods, SEG book, P. 193-207. Editor: Oristaglio and Spies.
Jianhua Li and Ganquan Xie, 1995, A 3D cubic-hole element and its application in resistivity imaging. 3-D
Electromagnetic Methods, Proceedings of the International Symposium on Three-dimensional electromagnetics in
Schlumberger-Doll Research, 1995, P. 415-419. SEG book, P. 591-599. 1999, Editor, Oristaglio and Spies..
Ganquan Xie and Y. M. Chen, A modified pulse spectrum technique for solving inverse problem of two-dimensional
elastic wave equation. Appl. Numer. Math. vol. 1, no 3. p. 217-237, 1985. Math. Review . 86e:73023., .
Ganquan Xie and Jianhua Li, 1999, A new algorithm for 3-D nonlinear electromagnetic inversion. 3-D Electromagnetic Methods, SEG book, P. 193-207. Editor: Oristaglio and Spies.
Jianhua Li and Ganquan Xie, 1995, A 3D cubic-hole element and its application in
resistivity imaging. 3-D Electromagnetic Methods, Proceedings of the International
Symposium on Three-dimensional electromagnetics in Schlumberger-Doll Research,
1995, P. 415-419. SEG book, P. 591-599. 1999, Editor, Oristaglio and Spies..
Ki Ha Lee and Ganquan Xie, A new approach to
imaging with low-frequency
electromagnetic fields: Geophysics, vol. 58, no.
6, 780-796, 1993
Ganquan Xie and Y. M. Chen, A modified pulse spectrum technique for solving inverse
problem of two-dimensional elastic wave equation. Appl. Numer. Math. vol. 1, no 3. p.
217-237, 1985. Math. Review . 86e:73023., .
Jianhua Li, Feng Xie, Ganquan Xie, Chien-Chang Lin, and Michael Oristaglio, 3D AGILD Mechanical Modeling for Simulations of New Materials, PIERS Proceedings, 958 - 961, August 18-21, Moscow RUSSIA, 2009
Ganquan Xie, Feng Xie, and Jianhua Li, New GL and GILD Superconductor Electromagnetic Modeling,
PIERS Online Vol. 1 No. 2 2005 pp: 173-177.
Y. M. Chen and Ganquan Xie, A numerical method for simultaneous determination of bulk modulus, shear modulus and density variations for nondestructive evaluation: Nondestructive Testing Communication, vol. 1, p. 125-135, 1984.
Chow-Son Chen, Ganquan Xie, and Jianhua Li, Time-domain Electromagnetic Surveying: 3D Modeling and Interpretation, Progress In Electromagnetics Research Symposium Abstracts, 75, Xi'an, China, March 22-26, 2010
Ganquan Xie, Jianhua Li, and Chow-Son Chen, New Global and Local Magnetotelluric Field Modeling,
Progress In Electromagnetics Research Symposium Abstracts, 158, Xi'an, China, March 22-26, 2010
Ganquan Xie, Jianhua Li, Feng Xie, and Tong Kang, A GLEMFCS Coupled Modeling and Inversion for Icing Disaster on High Voltage Lines, PIERS Proceedings, 347 - 352, July 2-6, Cambridge, USA, 2008
Ganquan Xie, Jianhua Li, Michael Oristaglio, and Xianwei Zhou, A GL EMFHS Coupled Modeling for Wenchuan Earthquake, PIERS Proceedings, 369 - 373, July 2-6, Cambridge, USA, 2008
BIOMEDICAL INSTRUMENTS AND STIRRINGS
Jianhua Li, Ganquan Xie, Lee Xie, and Feng Xie, 3D GL EMFH Modeling and Inversion for Leakless Auto EMS in Steel Metal Casting and Biomedical EM Instruments Desig, PIERS Proceedings, 268 - 273, March 22-26, Xian CHINA, 2010
Ganquan Xie, Jing Li, and Jianhua Li, New AGILD EMS Electromagnetic Field Modeling, PIERS Online, Vol. 1, No. 2, 168-172, 2005, doi:10.2529/PIERS050311075609
NAVIGATION
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