2.1 The Schrödinger equation and its solution for one-electron atoms 2.2 The physical significance of quantum number 2.3 The wave-function and electron cloud 2.4 The structure of many￾electron atoms (multi-electron atoms) 2.5 Atomic spectra and spectral term

Chapter 3. membrane transport of big molecules and particles Chapter 4. Cell membrane and transmembrane transportation Chapter4 .cell surface and specified structures Chapter 5 membrane abnormality and diseases Section 1. Chemical components of cell Membrane and their molecular structure

Term Structure models Blacks model is concerned with describing the probability distribution of a single variable at a single point in time a term structure model describes the evolution of the whole yield curve

Chapter 7 Energy Generation in Mitochondria and Chloroplasts (1)Mitochondria: in all eukaryotic cells The relationship between the structure and function of mit. ()Chloroplasts: in plant cells The relationship between the structure and function of chI. Mit: Oxidative phosphorylation→atp hl: Photosynthesis→atp+ NADPH→ Sugar

Algorithms for detecting structure similarity Dynamic Programming works on 1D strings- reduce problem to this cant accommodate topological changes example: Secondary Structure Alignment Program(SSAP) 3D Comparison/Clustering

I. Levels & Structure of Demand I. Levels & Structure of Demand II. Measuring Current Demand, II. Measuring Current Demand, Area Demand, Future Demand Area Demand, Future Demand III. Sales Forecasting III. Sales Forecasting Techniques Techniques

1. Grow crystals-structure determination by X-ray crystallography relies on the repeating structure of a crystalline lattice 2. Collect a diffraction pattern-periodically spaced atoms in the crystal give specific\spots\where x-rays interfere constructively

3-4-1高分子材料组成和结构的基本特征 Typical Feature 3-4-2 高分子链的组成和结构 Polymer Chain 3-4-3 高分子链的聚集态结构 Aggregational Structures 3-4-4 高分子材料的组成和微区织态结构 Composition and texture structure of polymeric materials 3-4-5 聚合物共混材料 Polymer Blends

6.001 Structure and Interpretation of Computer Programs. Copyright o 2004 by Massachusetts Institute of Technology 6.001 Notes: Section 5.1 Slide 5.1.1 In this lecture we are going to continue with the theme of building abstractions. Thus far, we have focused entirely on Procedural

The Science of Genetics Cellular Reproduction Mendelism: The Basic Principles of Inheritance CHAPTER 4 Extensions of Mendelism The Chromosomal Basis of Mendelism Variation in Chromosome Number and Structure Linkage, Crossing Over, and Chromosome Mapping in Eukaryotes The Genetics of Bacteria and Their Viruses DNA and the Molecular Structure of Chromosomes Replication of DNA and Chromosomes Translation and the Genetic Code Mutation, DNA Repair, and Recombination The Techniques of Molecular Genetics Genomics Applications of Molecular Genetics Transposable Genetic Elements Regulation of Gene Expression in Prokaryotes Regulation of Gene Expression in Eukaryotes The Genetic Control of Animal Development The Genetic Basis of Cancer Inheritance of Complex Traits Population Genetics Evolutionary Genetics Transcription and RNA Processing