Statistical Physics-猫眼课题宝

DOI：

10.1002/0471667196.ess2540.pub2

发表时间：

2004

期刊：

影响因子：

通讯作者：

中科院分区：

其他

文献类型：

作者：

Y. Terletskii;Howard Falk

这种难以捉摸的理想材料在热、磁和核辐射的作用下不受摩擦、断裂、疲劳、蠕变腐蚀和气蚀等潜在影响，为未来一代的研究生和初露头角的发明家提供了大量令人兴奋的创新空间。该集合包含同行评审但未发表的文章，研究论文和表征表面纹理的新概念。它试图抓住在新兴材料和技术的背景下，推进我们对摩擦，疲劳和断裂的理解所面临的挑战，重点是微观结构，机械特性，数学分析，失效分析和技术解决方案。涵盖中子散射研究的各个方面以及在物理、化学、生物和材料科学中的应用。来自15个国家的200多名与会者，包括一些世界领导人和其他人出席了专题讨论会。包括印度中子散射活动先驱在内的许多政要出席了会议并参加了讨论。有48个特邀讲座和90个贡献的海报文件。会谈的主题包括新的实验设施，以及涉及衍射，磁学，生物系统，氢和扩散，动力学，中子光学，小角散射，反射计和其他应用的研究。会上介绍了目前的大型设施、即将建造的设施以及拟议建造的设施。其他专题介绍涉及世界各地正在开展的广泛科学研究。避免了平行会议，这使得每个人都能够广泛接触中子散射的所有主要领域。电荷密度、超分子配体和固态反应性、无机矿物、金属配体配位单元控制的结构、沸石咪唑酯的高通量合成、卤素键合、多孔晶体中的化学转化、超分子凝胶、生物大分子中的非共价相互作用和药物发现等方面。电阻的I-V温度系数和半导体的带隙;信号发生器电路;电容测量电路;斯特凡常数;铜的热导率和电导率;苯的介电常数和丙酮的偶极矩;交流实验;交流电桥;锁相放大器的校准和低电阻的测量;用锁相放大器测量互感;交流电桥电路;锁相放大电路;串联灯泡弛豫时间的测量;黄铜的热扩散率。课程：（a）恒流源;温度调节器;信号发生器;误差及其分析;铜的电阻温度系数和半导体的带隙;（B）自感和电容的测量;串联和并联谐振电路;（c）苯和丙酮的介电常数;铜的导热系数;（d）Si的热校准（e）Stefan的使用锁定AC的低电阻测量的热校准神秘的Houdini;复活的细胞凋亡-朋友或敌人;传统的可食用疫苗分子医学;酶如何作为催化剂;哺乳动物胚泡孵化生物学;分子工程酶;干细胞技术及其意义;三酰甘油生物合成;基因调节酵母细胞甲醇开关;分子动力学模拟合成二酰甘油，抗肥胖油;生物分析技术主题包括：环境生物修复的微生物遗传工程;南极洲的冰冷大陆;脐带间充质干细胞和人胚胎干细胞系;生物信息学;科学伦理学;核酸扩增。参会人员：约803名学生和教师来自各学院在班加罗尔的主题涵盖：纳米材料的化学;量子力学和半导体异质结构;有机电子器件;纳米金属的制造;二元和三元金属氧化物的微波辐射辅助的金属有机络合物;纳米粒子：纳米技术的积木;纳米材料;自组装单层系统。主题涵盖：X射线衍射;纯化和表征I蛋白质的结构功能关系I; PLA 2酶作为抗炎靶点;结构病毒学的最新进展;生物信息学分析方法;蛋白质-配体相互作用; SHMT：癌症化疗的替代靶点; α-羟甲基异黄酮与血清白蛋白的相互作用;蛋白质结构。主题免疫确实导致主题涵盖：主-客体化学分层固体;无机配位化学在制备新的功能性固体的使用;沸石化学;双氧分子的活化：挑战和成就;癌症的光动力疗法和相关方面;荧光团标记的适体作为生物传感器;主-客体化学在环糊精纳米腔。涵盖的主题：进化论;微生物世界的进化;生态系统的进化;心灵和意识的进化。主题涵盖了150年的起源;理论;植物中的亲子冲突;互惠共生;正确的大小;心理学;从toll样免疫诊断学中得出进化推论;分枝杆菌疫苗期间的宿主细菌。主题涵盖有机合成和能源应用的方法和材料;飞秒化学;无机配位化学的新表现;我们日益减少的化石燃料：当今化学的重要挑战;有针对性的金属络合物;过渡金属化学和催化反应功能的磷基配体的设计和微调;有机合成：我们现在在哪里;分子簇中的自组装和结构基序;用于催化和传感器应用的组装系统中嵌入的纳米结构金属颗粒;荧光光谱及其应用。

elusive ideal material immune to the insidious effects of friction, fracture, fatigue, creep corrosion and cavitation under the action of thermal, magnetic and nuclear radiation, there is plenty of room for exciting innovation for future generation of research students and budding inventors. This collection contains peer reviewed but unpublished articles, research theses and new concepts for characterizing surface texture. It attempts to capture the challenges faced in advancing our understanding of friction, fatigue and fracture in the context of emerging materials and technologies focussing on microstructure, mechanical characterization, mathematical analysis, failure analysis and technological solutions. covered various aspects of neutron scattering research and applications in physics, chemistry, biology and material science. More than 200 participants from 15 countries including several world leaders and others attended the symposium. Many dignitaries including some pioneers of the neutron scattering activity in India graced the occasion and participated in the deliberations. There were 48 invited talks and 90 contributed poster papers. The talks included topics on new experimental facilities, and studies involving diffraction, magnetism, biological systems, hydrogen and diffusion, dynamics, neutron optics, small-angle scattering, reflectometry, and other applications. Present-day mega-facilities, upcoming as well as proposed ones, were presented. Other presentations covered a wide range of science being pursued all over the world. Parallel sessions were avoided, which enabled a broad exposure to all the major fields of neutron scattering for everyone. aspects of charge density, supramolecular synthons and solid state reactivity, inorganic minerals, metal-ligand co-ordination unit-controlled tectons, highthroughput synthesis of zeolitic imidazolates, halogen bonding, chemical transformation in porous crystals, supramolecular gels, non-covalent interactions in biomacromolecules and drug discovery. I-V temperature coefficient of resistance and band gap of a semiconductor; signal generator circuit; capacitance measuring circuit; Stefan's constant; thermal and electrical conductivity of copper; dielectric constant of benzene and dipole moment of acetone; AC experiments; AC bridges; calibration of lock-in-amplifier and measurement of low resistance; measurement of mutual inductance with lock-in-amplifier; AC bridge circuit; lock-in-amplifier circuit; measurement of relaxation time of a serial light bulb; thermal diffusivity of brass. course: (a) constant current source; temperature regulator; signal generator; errors and their analysis; temperature coefficient of resistance of copper and band gap of semiconductor; (b) measurement of self-inductance and capacitance; series and parallel resonance circuits; (c) dielectric constant of benzene and acetone; thermal conductivity of copper; (d) thermal calibration of Si (e) Stefan's thermal calibration of measurement of low resistance using lockin AC enigmatic Houdini; resurgent apoptosis – friend or foe; conventional vaccines edible Topics covered Molecular medicine; how enzymes act as catalysts; biology of mammalian blastocyst hatching; molecular engineering enzymes; stem cell technology and its implications; triacylglycerol biosynthesis; gene regulation yeast cells methanol switch; molecular dynamics imulation synthesis of diacylglycerol, anti besity oil; bioanalytical techniques Topics covered : Genetic engineering of microbes for environmental bioremediation; icy continent of Antarctica; umbilical cord mesenchymal stem cells and human embryonic stem cell line; bioinformatics; ethics in science; nucleic acid amplification. Participants : About 803 students and faculty from various colleges in Bangalore Topics covered : Chemistry of nanomaterials; quantum mechanics and semiconductor heterostructures; organic electronic devices; fabrication of nanometals; binary and ternery metallic oxides aided by microwave irradiation of metalorganic complexes; nanoparticles: building blocks for nanotechnology; nanomaterials; self-assembled monolayer system. Topics covered : X-ray diffraction; purification and characterization I&II; structure function relationship of proteins I; PLA2 enzymes as an anti-inflammatory target; recent advances in structural virology; methods of bioinformatic analysis; protein-ligand interactions; SHMT: an alternate target for cancer chemotherapy; interactions of isoflavones with serum albumin; structure of proteins. Topics immunity does lead Topics covered : Host-guest chemistry on layered solids; the use of inorganic co-ordination chemistry in the preparation of new functional solids; chemistry in zeolites; activation of dioxygen molecule: challenges and achievements; photodynamic therapy of cancer and related aspects; flurophore labelled aptamers as biosensors; host–guest chemistry in cyclodextrin nanocavities. Topics covered : Theory of evolution; evolution in the microbial world; evolution in ecosystems; evolution of mind and consciousness. Topics covered origin of 150 years; theory; parent offspring conflict in plants; mutualism; on being the right size; psychology; drawing evolutionary inferences from toll-like immunodiagnostics; host-bacterial during mycobacterium vaccines. Topics covered Methods and materials of organic synthesis and energy applications; femtochemistry; new manifestations of inorganic coordination chemistry; our dwindling fossil fuels: important challenges in chemistry today; targeted metal complexes; designing and fine-tuning of phosphorus based ligands with functionalities for transition metal chemistry and catalytic reactions; organic synthesis: where are we now; self-assembly and structural motifs in molecular clusters; nanostructured metal particles embedded in assembly systems for catalysis and sensors applications; fluorescence spectroscopy and its applications.

Statistical Physics

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