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环工原理

环工原理

环工原理. Principles of Environmental Engineering. 任课教师 : 杨春平. Yang Chunping, Ph.D., P.E., Professor. 第二章 吸 收 Absorption. 第二章 吸 收 Absorption. 2.0 概述 (Introduction). 2.0.1 问题的提出. : 废气净化 , 化工分离. 2.0.2 问题的分析. 分离问题的本质分析. 加入 吸收液. 溶解度 差异. 气体分离. 气 – 液. 吸收. 第二章 吸 收.

By eithne
(81 views)

反比例函数回顾与思考

反比例函数回顾与思考

反比例函数回顾与思考. 山亭区翼云中学 冯延国. 重点知识. 1 、反比例函数 一般的形如 ( k 为常数且 K≠0 ) 的函数称为反比例函数 ( 要求 x≠0 ) 反比例函数的等价变形: 2 、反比例函数的图像与性质 ( 1 )反比例函数 (k 为常数且 K≠0 ) 的图像是 双曲线 ( 2 ) 当 k > 0 时,双曲线的两支分别位于第一、三象 限, 在每个象限内 , y 值随 x 的增大而减小。 (3).

By natala
(127 views)

Thermodynamics Lecture Series

Thermodynamics Lecture Series

Thermodynamics Lecture Series. Assoc. Prof. Dr. J.J. Pure substances – Property tables and Property Diagrams & Ideal Gases. Applied Sciences Education Research Group (ASERG) Faculty of Applied Sciences Universiti Teknologi MARA.

By gaenor
(111 views)

I. Physical Properties

I. Physical Properties

I. Physical Properties. A. Kinetic Molecular Theory. Particles in an ideal gas… have no volume. have elastic collisions. are in constant, random, straight-line motion. don’t attract or repel each other. have an avg. KE directly related to Kelvin temperature. C. Characteristics of Gases.

By sven
(98 views)

Non STP Problems

Non STP Problems

Non STP Problems. Jake Rausch & Garrett Schoenly Period 1. Click the arrow to begin. Directions. Use the arrows at the bottom of the page to move forward and backward through the tutorial In the quiz click on the block to advance. MASS-Volume Problems.

By morty
(130 views)

The Research on Usability as High-Functional Geo-Materials using Low Quality Surplus Soil and

The Research on Usability as High-Functional Geo-Materials using Low Quality Surplus Soil and

The Research on Usability as High-Functional Geo-Materials using Low Quality Surplus Soil and Municipal Waste Incinerator Ashes. 表紙. Nagasaki University K. Ogawa Y. Tanabashi Y. Jiang K. Hidaka. Back ground of research. Municipal solid waste incinerator ashes (MSWI ashes). 研究の背景.

By calais
(130 views)

Converting Units of Pressure

Converting Units of Pressure

Converting Units of Pressure. In order to convert pressure you will need to know the following conversion factors. 1 ATM = 760 mm Hg = 101.3 kPa = 101,300 pa. Using these values you can create a total of 6 different conversion factors.

By albin
(411 views)

Chapter 12 (Practice Test)

Chapter 12 (Practice Test)

Chapter 12 (Practice Test). The Gas Laws. 1. Identify the four factors that affect gases. a. Pressure P. b. Volume V. c. Number of moles n. d. Temperature T (Kelvin). P 1 V 1. =. P 2 V 2. Dalton’s Law of Partial Pressure (F). P 1 V 1. P 2 V 2. =.

By adele
(946 views)

REINFORCEMENT EFFECT EVALUATION FOR THE GEOSYNTHETICE CLAY BANKING

REINFORCEMENT EFFECT EVALUATION FOR THE GEOSYNTHETICE CLAY BANKING

題目. REINFORCEMENT EFFECT EVALUATION FOR THE GEOSYNTHETICE CLAY BANKING. K. TSUJI. NAGASAKI UNIVERSITY. Y.TANABASHI. Y.JIANG. Technology. Development of urban and underground space. Security of the right spot is the difficult Increase of the cost.

By wells
(48 views)

Pressure

Pressure

Pressure. Pressure. Pressure. force. applied. OVER. an. area. Measuring Pressure. Barometers. the. measure. ATMOSPHERIC. pressure. Manometers. measure. the. pressure. an. of. ENCLOSED. gas. vacuum. BEFORE. AFTER. Pressure Units. atmospheres (atm). kilopascals (kPa).

By monty
(300 views)

Gas Laws

Gas Laws

Gas Laws. BOYLE. CHARLES. AVOGADRO. GAY-LUSSAC. Push!. Consider This. What happens to the volume of a gas when you increase the pressure? (e.g. Press a syringe that is stoppered). Push!. Consider This. What happens to the volume of a gas when you increase

By olaf
(220 views)

Kentucky Psychological Association KPA

Kentucky Psychological Association KPA

Kentucky Psychological Association KPA. KPA’s Mission:. “To promote psychology as a science and as a profession.”. KPA Profile . Founded in 1932 650 members & 450 student members KPA Foundation (KPAF) Celebrating 75 years in 2007!. Organizational Structure. Board of Directors

By vera
(98 views)

第 七 章

第 七 章

第 七 章. 吸 收 与 蒸 馏. 本章学习的目的与要求. 了解扩散系数的影响因素;. 掌握稳定分子扩散的基本计算与应用;. 掌握等温条件下低浓度逆流吸收塔的计算与应用;. 掌握两组份连续精馏塔的计算;. 掌握逐板计算法及图解法求解理论板数的方法。. 名称. 符号. 定义. 单位. 质量浓度. ρ A. m A /V. kg/m 3. 物质量浓度. c A. n A /V. kmol/m 3. 质量分率. a A. m A /(m A +m B ). 无因次. 摩尔分率. 气 —y A 、 液 —x A.

By leanne
(107 views)

Basic Gas Laws (Combined and Partial Pressures Laws)

Basic Gas Laws (Combined and Partial Pressures Laws)

Basic Gas Laws (Combined and Partial Pressures Laws). Steps for Solving ANY Gas Law Problem:

By fifi
(128 views)

Why does the earth “have more gravity,” i.e. g is larger on earth, than does the moon?

Why does the earth “have more gravity,” i.e. g is larger on earth, than does the moon?

Physics 1710 —Warm-up Quiz. Answer Now !. 0. 39% 55 of 140. 0. Why does the earth “have more gravity,” i.e. g is larger on earth, than does the moon?. The earth as an atmosphere. The earth has a larger diameter. The earth has more mass. The earth rotates faster. None of the above.

By todd
(109 views)

k : Boltzmann 常数( k = 1.3807 ×10 -23 J K -1 ) k = R / N A (the gas constant per molecule)

k : Boltzmann 常数( k = 1.3807 ×10 -23 J K -1 ) k = R / N A (the gas constant per molecule)

k : Boltzmann 常数( k = 1.3807 ×10 -23 J K -1 ) k = R / N A (the gas constant per molecule) = 8.314510(70) J mol -1 K -1 /6.0221367(36) × 10 23 mol -1 = 1.3807 ×10 -23 J K -1. 第三章 化学反应的限度. 一、化学平衡及其特点 二、平衡常数 K 1 平衡常数 1 )经验平衡常数 2 )标准平衡常数 3 )书写平衡常数时要注意的事项

By bazyli
(189 views)

T h e C o m b i n e d “ G a s L a w ”

T h e C o m b i n e d “ G a s L a w ”

T h e C o m b i n e d “ G a s L a w ”. Various Gas Laws. Boyles Law : initial pressure equals final pressure times final volume  P 1 V 1  P 2 V 2 Charles Law : the ratio of volume to temperature of a given gas at fixed pressure is constant  V 1 /T 1 = V 2 /T 2 Gay-Lussac’s Law :

By hedia
(108 views)

Chapter 13 Review

Chapter 13 Review

Chapter 13 Review. Lauren Sam Kayla. Solids. Solids are usually hard, because their molecules have been packed together . Solids hold their shape, the atoms inside of a solid are not allowed to move around too much.  Solids have a definite shape and volume,

By sema
(89 views)

BEHAVIOR OF GASES Chapter 12

BEHAVIOR OF GASES Chapter 12

BEHAVIOR OF GASES Chapter 12. General Properties of Gases. There is a lot of “free” space in a gas. The particles of gas are considered to have insignificant volume. Gases can be expanded infinitely. Gases occupy containers uniformly and completely.

By jasia
(293 views)

The Ideal Gas Law

The Ideal Gas Law

The Ideal Gas Law. PV = nRT. Ideal Gases. An “ideal” gas exhibits certain theoretical properties. Specifically, an ideal gas … Obeys all of the gas laws under all conditions. Does not condense into a liquid when cooled.

By azure
(397 views)

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