概述(introduction): Factors cause diseases chemicals physical biologicalpsychological chemicals: occupational, non- occupational. physical: occupational, non- occupational

Milk is a dilute emulsion consisting of an oil/fat dispersed phase and an aqueous colloidal continuous phase. The physical properties of milk are similar to those of water but are modified by the presence of various solutes (proteins, lactose and salts) in the continuous phase and by the degree of dispersion of the emulsified and colloidal components

Lecture 7: Hydrogel Biomaterials: Structure and Physical Chemistry Last Day: programmed/regulated/multifactor controlled release for drug delivery and tissue engineering

I. Physical Antimicrobial Control 6.1 Heat Sterilization 6.2 Radiation Sterilization 6.3 Filter Sterilization II. Chemical Antimicrobial Control Antiseptics防腐剂 Disinfectants消毒剂 Sterilants杀菌剂 6.4 Chemical Growth Control 6.4.1 Effect of antimicrobial agents on growth 6.4.2 Measuring antimcirobial activity 6.5 Chemical antimicrobial agents for external use

Network layer functions transport packet from sending to receiving hosts network layer protocols in physical every host, router data link physical data link

Section 1 Introduction of energy on the earth Section II Fundamentals of Fuel Cell Chemical power sources Section III Fundamentals of Solar Cell Physical power sources

1. Reaction Rate & Rate Equation 2. Theoretical Consideration – SCT & TST 3. Microscopic Mechanism

This chapter will explain the origin of the spontaneity of physical and chemical change. Two simple processes are examined. It shows that a property, the entropy can be defined, measured, and used to discuss spontaneous changes quantitatively. This chapter also introduces a major subsidiary thermodynamic property, the Gibbs energy

Our research program involves the design, synthesis, and detailed physical investigation of novel molecular and nanoparticle materials which display unique self-organized hierarchical structures and specific optical, electronic, andor magnetic properties. Emphasis is placed on materials with potential applications in light-emitting devices, optical memory devices, molecular level and single particle level switching devices, and chemosensory devices

SEPARATION OPERATIONS: INTRODUCTION What are separation operations? Typical applications of separation operations Physical basis for separation operations Basic types of separation operations Performance characterization of separation operations Choice of separation operations