5.1酸碱质子理论概述 5.2水的解离平衡和pH值 5.3弱酸、弱碱的解离平衡 5.4缓冲溶液 5.5酸碱指示剂 5.6酸碱电子理论与配合物概述 5.7配位反应与配位平衡

1.写出下列化合物在pH为2.7-12的水溶液中的离子式 (1)异亮氨酸 (2)天门冬氨酸 (3)赖氨酸 (4)甘甘 (5)赖-甘 (6)丙天门冬缬 (2.预测下列a-氨基酸的等电点范围:

3-1概述 3-2分布分数δ计算 3-3质子条件与PH的计算 3-4缓冲溶液 3-5酸碱指示剂 3-6酸碱滴定法原理 3-7终点误差 3-8酸碱滴定法应用

15.1命名下列各化合物。 (1)(C.)2SiCl2 (2)(CH3)3Si--Si(CH3)3 (3)(C)2(OC252(4)C2H)S(OH)2 (5)(C2H)2PH

一、农田灌溉用水对水质的要求 灌溉用水水质的好坏,主要是从水温,水的总矿化度及溶解盐类的成分对农作物和土 壤的影响来考虑的。有时,还要考虑水的pH值和水中有毒元素的含量对农作物和土壤的 影响。 灌溉水的温度应适宜

Partially Observable Markov Decision Processes Part II Additional reading: Anthony R. Cassandra. Exact and Approximate Algorithms for Partially Observable Markov Decision Processes. Ph. D. Thesis. Brown University Department of Computer Science, Providence, RI

1. Re-derive the equation for equilibrium swelling of a polyelectrolyte gel where the polymer chains contain a basic ionizable group that becomes positively charged with decreasing pH

Lecture 16: Intracellular drug delivery Last time nano- and micro-particle drug carriers Delivery to tissues from systemic circulation Today. Intracellular drug delivery Reading A.S. Hoffman et aL., Design of \smart polymers that can direct intracellular drug delivery, Polym. Adv. Technol. 13, 992-999(2002) Ph gradients and drug delivery: cancer res. 56, 1194(1996): adv drug deliv rev 25, 3 (1997); see asokan minireview

Problem Set 3 Prof. Gene Chang (For Ph. D students, due on Dec. 28th in the class, or TA's office. For M.A. students, due on Dec. 26th, in the class or TA's office. Late turn-in may result in a penalty in the grade) 1. Kland is a Robinson Crusoe type economy. Robinson, as the consumer and the owner of the firm, has the utility function U(x,) =aIn x+ BInI, where is leisure. Robinson's endowment

一、农田灌溉用水对水质的要求 灌溉用水水质的好坏,主要是从水温,水的总矿化度及溶解盐类的成分对农作物和土 壤的影响来考虑的。有时,还要考虑水的pH值和水中有毒元素的含量对农作物和土壤的 影响。 灌溉水的温度应适宜。在我国北方,以10—15℃;在南方的水稻区,以15—25℃,温 度过高或过高对作物生长都不利。我国北方地下水的温度,一般都偏低,可将水取出后引 入地表水池晾晒或用加长渠道等措施来提高水温。这样做还能使水中对作物生长不利的低 氧化物(特别是氧化物)发生氧化