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Chem 150 Unit 9 - Biological Molecules II Carbohydrates

Chem 150 Unit 9 - Biological Molecules II Carbohydrates

Chem 150 Unit 9 - Biological Molecules II Carbohydrates.

By Samuel
(633 views)

Metalloproteins and Metalloenzymes

Metalloproteins and Metalloenzymes

Metalloproteins and Metalloenzymes. 3.1 Uptake 吸收 , Storage 储存 and Transport 运输 3.2 Biological Chemistry of Iron, copper, and Zinc 3.3 Biological Chemistry of Other Metals. Distribution of Iron, Zinc, and Copper.

By aolani
(1367 views)

Charge Optimized Many Body (COMB) Potential in LAMMPS

Charge Optimized Many Body (COMB) Potential in LAMMPS

Charge Optimized Many Body (COMB) Potential in LAMMPS. Ray Shan , Simon R. Phillpot, Susan B. Sinnott Department of Materials Science and Engineering University of Florida LAMMPS Users’ Workshop August 9 th 2011 Supported by: NSF-DMR, DOE EFRC, NSF-CHE, DOE. Outline.

By vic
(163 views)

Aldehyde & Ketone

Aldehyde & Ketone

Aldehyde & Ketone. Reactions. Formation of an Aldehyde Oxidation of Primary Alcohols. General equation: Primary alcohol aldehyde RCH 2 CH=O EXAMPLE: 1-propanol. Formation of a Ketone Oxidation of Secondary Alcohols. General equation:

By rhona
(232 views)

L’hydrométallurgie du zinc

L’hydrométallurgie du zinc

L’hydrométallurgie du zinc. ZnO + 2 H +  H 2 O + Zn 2+. anode. cathode + 2 e -. 2 H + + ½ O 2 + 2 e -. Zn. Principe de l’hydrométallurgie du zinc. Décomposée en 3 étapes successives : - la lixiviation - la purification - l'électrolyse. Jean-Louis Vignes – 2007.

By cana
(201 views)

Inorganic reactions (Anorganische Reaktionsmechanismen)

Inorganic reactions (Anorganische Reaktionsmechanismen)

Inorganic reactions (Anorganische Reaktionsmechanismen). Acid-Base reactions Acid + Base salt + H 2 O chlorides, sulfates, nitrates, phosphates,.. REDOX reactions Red uction and ox idation = REDOX rxn. RED OX REACTION. (I) Oxidation

By kenadia
(709 views)

Copper Chalcogenide Semiconductors for Photovoltaic Applications

Copper Chalcogenide Semiconductors for Photovoltaic Applications

Copper Chalcogenide Semiconductors for Photovoltaic Applications. Brian Evanko Materials 286G 2 June 2014. Thin Film Solar cells. Thin film solar cell semiconductors have very high absorption coefficients and are manufactured with much less material.

By adamina
(137 views)

열교환기 탄소강 관 수돗물 (2 년 )

열교환기 탄소강 관 수돗물 (2 년 )

금속의 부식 (Prepared by Prof. Tak Kang, SNU) 금속의 산화반응 2Fe + 3/2 O 2 = Fe 2 O 3 Δ G < 0 , 자발적 반응 목표 : 부식속도의 지연 Cost of corrosion 미국의 예 <1995 년 > 5,500 억 $ <GNP 의 4.2%> 내역 : 부식 부품의 폐기 - 교체 , 조업 중지 제품손실 , 에너지효율 저하

By paloma
(372 views)

Unraveling the locus of atomic positions in a spinel oxide with two J-T ions

Unraveling the locus of atomic positions in a spinel oxide with two J-T ions

Unraveling the locus of atomic positions in a spinel oxide with two J-T ions Ram Seshadri (UC Santa Barbara) DMR 0449354.

By boyd
(138 views)

Chapter 20 copper and zinc family elements

Chapter 20 copper and zinc family elements

Chapter 20 copper and zinc family elements. preface. IB—— copper family elements Cu Ag Au ds 区 ⅡB—— zinc family elements Zn Cd Hg electronic configuration IA ns 1 ⅠB (n-1)d 10 ns 1

By kirkan
(332 views)

Chemistry 12 Unit 5

Chemistry 12 Unit 5

Chemistry 12 Unit 5. Chapter 21:. Electrochemistry. Unit V: Electrochemistry. Oxidation – Reduction Reactions:. Oxidation:. A substance losing electrons. Reduction:. A substance gaining electrons. eg:. Al (s) in CuCl 2(aq). Al (s) + CuCl 2(aq)  Cu (s) + AlCl 3(aq).

By oberon
(107 views)

Warm-Up

Warm-Up

Warm-Up. Tell me everything you know about Ionic Bonding (3 minutes). Ionic Game. Warm-Up. 1. If element X has an electronegativity of 2.7 and element Y has an electronegativity of 1.6 the resulting bond is characteristic of

By scott
(180 views)

第四章 向量空間

第四章 向量空間

第四章 向量空間. 4.1 R ⁿ 的向量 4.2 向量空間 4.3 向量空間的子空間 4.4 生成集合與線性獨立 4.5 基底與維度 4.6 矩陣的秩與線性方程式系統 4.7 座標與基底變換 -簡介- 4.8 向量空間的應用 - skip -. 4.1 R ⁿ 的向量. 平面上的 向量 (vector) 以一個有方向的線段來表示,它的起始點為原點而終點為. ( x 1 , x 2 ). ( x 1 , x 2 ). x. 向量可以用 有序數對 (ordered pair) 的方式來表示。 x =

By chinue
(627 views)

Electrochemistry

Electrochemistry

Electrochemistry. Chapter 17. Electron Transfer Reactions. Electron transfer reactions are oxidation-reduction or redox reactions. Results in the generation of an electric current (electricity) or be caused by imposing an electric current.

By ziva
(203 views)

Quiz February 23

Quiz February 23

Quiz February 23. 27 g (5pts). 2 x 64 = 128 + 16 = 144 g/mole (2.5 pts) (2.5 pts). Find the atomic mass of Al. Find the gram formula mass of Cu 2 O. Underline the important information in the stoichiometry problem below:

By yuma
(140 views)

August 27, 2008

August 27, 2008

August 27, 2008 Treatment of Heavy Metals and Elimination of Sulfur with a Novel Sulfate Reducing Permeable Reactive Barrier Containing ZVI Dr. Jim Field Dept. Chemical and Environmental Engineering University of Arizona.

By zinnia
(95 views)

Naming Compounds and Molecules

Naming Compounds and Molecules

Naming Compounds and Molecules. The FIRST thing you must do is decide if the compound is IONIC or COVALENT. Why? Each type of compound is named differently!. Follow the prefix method Affix the following prefixes to each element indicating how many there are. One Mono- Two Di- Three Tri-

By wood
(179 views)

Magnetic techniques for molecular and nanometric materials

Magnetic techniques for molecular and nanometric materials

Magnetic techniques for molecular and nanometric materials. Dante Gatteschi & Roberta Sessoli. February 2008. Diapositive disponibili:. ftp://lamm21.chim.unifi.it/pub/Corso_Gatteschi_Sessoli. Per ogni problema scrivere a: federico.totti@unifi.it. Molecular Magnetic Materials (nano).

By marja
(114 views)

Reactions in Aqueous Solution

Reactions in Aqueous Solution

Chapter 4 (semester 2/2013). Reactions in Aqueous Solution. 4.1 General Properties of Aqueous Solutions 4.2 Precipitation Reactions 4.3 Acid- Base Reactions 4.4 Oxidation – Reduction Reactions 4.5 Concentration of Solutions. prepared by A. Kyi Kyi Tin

By elkan
(201 views)

Section I: Motivation and introduction

Section I: Motivation and introduction

Section I: Motivation and introduction. The technological foundations of most high-tech industries are based primarily on the development/creation and utilization of different kinds of thin films: deposition and patterning. Basic thermostat and vacuum tech. sources. deposition.

By eddy
(109 views)

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