第一节逆境与植物对逆境的适应性 第二节低温伤害与植物的抗寒性 第三节热害与植物的抗热性 第四节旱害与植物的抗旱性 第五节涝害与植物的抗涝性 第六节盐害与植物的抗盐性 第七节环境污染与植物生产

第一节光合作用及其重要意义 第二节光合作用的细胞器叶绿体和叶绿体色素 第三节光合作用过程概述 第四节影响光合作用的因素 第五节光合作用与作物生产

第一节呼吸作用的概念及生理意义 第二节高等植物的呼吸系统 第三节影响呼吸作用的因素 第四节呼吸作用与农业生产

第一节生长素类 第二节赤霉素类 第三节细胞分裂素类 第四节脱落酸 第五节乙烯 第六节植物激素间的相互关系

第一节植物的休眠与种子萌发 第二节植物的生长发育 第三节植物生长的相关性 第四节影响植物生长的环境因素及其调

2 Basis Principles of FT NMR C Gerd Gemmecker 1999 Nuclei in magnetic fields Atomic nuclei are composed of nucleons, i.e., protons and neutrons. Each of these particles shows a property named\spin\(behaving like an angular momentum) that adds up to the total spin of the

5 Heteronuclear Correlation Spectroscopy H.C-COSY We will generally discuss heteronuclear correlation spectroscopy for x =C(in natura abundance!), since this is by far the most widely used application. However, all this can also be applied to other heteronuclear spins, like 3P, 5N, 1%F,etc In the heteronuclear case, there are some important differences that allow to

6 The noe effect c Gerd Gemmecker, 1999 Nuclear OVERHAUSER Effect(NOE): resonance line intensity changes caused by dipolare cross- relaxation from neighbouring spins with perturbed energy level populations To understand the nature of the NOE, we have to look at a two-spin system I' and

NMR supplement Kinetic studies of protein folding using NMR spectroscopy Christopher M. Dobson and Peter J Hore Recent progress has advanced our abilities to use NMR spectroscopy to follow- in real time -the structural and dynamic changes taking place during protein folding

PROGRESS IN NUCLEAR MAGNETIC RESONANCE SPECTROSCOPY ELSEVIER Progress in Nuclear Magnetic Resonance Spectroscopy 38 (2001) 325-360 www.elsevier.nl/locate/pnmrs NMR quantum computation J.A. Jonesa,b,* \Oxford Centre for Molecular Sciences. New Chemistry Laboratory South Parks Road, Oxford OXI 3QT. UK