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22篇 您的检索式:作者名="Lancry"
    题名 作者 年代 出处 被引量
1Parity violation in chiral structure creation under femtosecond laser irradiation in silica glass?显示文摘The paper addresses the creation of circular optical properties from a femtosecond laser light beam with a linear polarization in an achiral material(glass)under an orthogonal incidence.In this situation,all aspects of the experiment are achiral and therefore should not give rise to chiral property creation.From that observation,we propose an interpretation that involves the action of a light-induced torque on the matter carrying a light-induced dielectric moment.We found that a direct current(DC)electric field could be produced in the lattice by the femtosecond laser in our conditions and that a non-collinear dielectric moment is created by a nonlinear effect between the DC electric field and the stress field due to the transformation of the material.We reveal that it is possible to break the chiral symmetry of glass using an intense,ultrashort laser light pulse.Bertrand Poumellec Matthieu Lancry Rudy Desmarchelier Evelyne Hervé Bernard Bourguignon 2016Light(Science & Applications)2016,5,1:2
2UV laser processing and multiphoton absorption processes in optical telecommunication fiber materials显示文摘M Lancry B Poumellec 2013Physics Reports2013,523,4:1
3Mechanisms of Bragg grating formation in UV hypersensitized standard germanosilicate fibers with KrF laser light 显示文摘LANCRY M NIAY P DOUAY M 2006Jotlrrlal of theOptical Society of America232006,23,8:1
4Thermal stability of the 248-nm-induced presensitization process in standard H2-1oaded ger- manosilicate fibers显示文摘LANCRY M NIAY P BAILLEUXSTPHAN E 2002Applied Optics2002,41,34:1
5New cathode ma- terials for rechargeable Mg batteries: Fast Mg ion transport and reversible copper extrusion in Cuy Mos S8 compounds显示文摘Mitelman A Levi M D Lancry E 2007Chem Commun2007,41,:1
6The effect of the anionic framework of Mo6 X4 Chevrel Phase (X:S, Se) on the ther- modynamics and the kinetics of the electrochemical insertion of Mg2+ ions显示文摘Levi M Lancry E Levi E 2005Solid State Ionics2005,176,1922:1
7On the Mg trapping mechanism in electrodes comprising chevrel phases显示文摘Mitelman A Levi E Lancry E 2007ECS Trans2007,3,:1
8Molten salt synthesis (MSS) of Cu2 Mo6 $8 --New way for large scaIe production of chevrel phases显示文摘Lancry E Levi E Mitelman A 2006J Solid State Chem2006,179,6:1
9The effect of milling on the performance of a Mo6S8 Chevrel phase as a cathode material for re- chargeable Mg batteries 显示文摘LANCRY Eli LEVI E GOFER Y 2005J Solid State Chem2005,9,25:1
10The Effect of Milling on the Performance of a Mo6S8 Chevrel Phase as a Cathode Material for Rechargeahle Mg Batteries 显示文摘LANCRY E LEVI E GOFER Y 2005Journal of Solid State Chemistry2005,9,5:1
11Fictive temperature in silica-based glasses and its application to optical fiber manufacturing显示文摘Matthieu Lancry Elise Regnier Bertrand Poumellec 2012Progress in Materials Science2012,57,1:1
12New cathode materials for rechargeable Mg batteries: fast Mg ion transport and reversible copper extrusion in Cu7Mo6S8 compounds 显示文摘MITELMAN A LEVI M D LANCRY E 2007Chem Commun2007,,:1
13Molten salt synthesis (MSS) Of Cu2Mo6S8- New way for large-scale production of Chevrel phases显示文摘Lancry E Levi E Mitelman A 0,,06:1
14New cathode materials for rechargeable Mg batteries:Fast Mg ion transport and reversible copper extrusion in CuyMo6S8 compounds显示文摘MITELMAN A LEVI M D LANCRY E LEVI E AURBACH D 2007Chem Commun2007,,41:1
15Kinetic and thermodynamic studies of Mg^2+ and Li^+ ion insertion into the Mo6S8 chevrel phase显示文摘LEVI M D LANCRY E GIZBAR H 2004J Electrochem Soc2004,151,7:1
16Fic- tive temperature in silica-based glasses and its applica- tion to optical fiber manufacturing显示文摘Matthieu Lancry Elise Regnier Bertrand Poumellec 2012Progress in Materi- als Science2012,57,1:1
17Fic- tive temperature in silica-based glasses and its applica- tion to optical fiber manufacturing显示文摘Matthieu Lancry Elise Regnier Bertrand Poumellec 2012Progress in Materi- als Science2012,57,1:1
18Fictive temperature in silica-based glasses and its application to optical fiber manufacturing显示文摘Matthieu Lancry Elise Régnier Bertrand Poumellec 2011Progress in Materials Science2011,,1:1
19飞秒激光调控非线性光学晶体和周期性纳米结构取向显示文摘通过高频(100~500 kHz)飞秒激光直写可在组成是Li_(2)O-Nb_(2)O_(5)-SiO_(2)的玻璃内部同时控制纳米非线性光学晶体和周期结构取向。该周期结构为发生纳米尺度相分离的晶态和非晶态交替结构,并可通过激光偏振方向来控制朝向。随着激光注入能量的增加出现了3个改性区间:低能量下改性非晶态,对氢氟酸(HF)的刻蚀速度高于玻璃基底;中能量下纳米晶体极轴趋向和激光偏振方向垂直,随着激光频率的提高,获得此区间的脉冲能量窗口急剧减小;高能量下微米晶粒,并且晶体的产生受写入模式影响(写入方向和激光偏振方向的夹角)。该研究发现有利于理解超快激光-物质相互作用和制备三维光器件。曹晶 Lancry Matthieu Brisset François Poumellec Bertrand 2022激光与光电子学进展2022,59,15:1
20二阶非线性Maker条纹测试及模拟显示文摘据Maxwell方程及电磁波在界面上的边界条件,采用Math CAD软件对1064 nm基频光在二阶非线性介质中的传播进行Maker条纹模拟,得到二阶非线性介质中产生532nm倍频光的强度模拟公式。同时对倍频晶体材料、电场/温度场极化后玻璃的实验Maker条纹测试结果与理论结果进行比较。结果表明:倍频晶体的Maker测量结果与模拟相吻合;对电场/温度场极化玻璃样品的模拟结果,在一定范围内与测量结果相一致。理论模拟可对样品制备、Maker条纹测试及二阶非线性极化机理探讨具有一定的指导意义。何漩 刘启明 赵修建 POUMECCEC B LANCRY M 2010硅酸盐学报2010,38,11:0
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