element 元素
body 物体
compound 化合物
atom 原子
gram atom 克原子
atomic weight 原子量
atomic number 原子数
atomic mass 原子质量
molecule 分子
electrolyte 电解质
ion 离子
anion 阴离子
cation 阳离子
electron 电子
isotope 同位素
isomer 同分异物现象
polymer 聚合物
symbol 复合
radical 基
structural formula 分子式
valence, valency 价
monovalent 单价
bivalent 二价
halogen 成盐元素
bond 原子的聚合
mixture 混合
combination 合成作用
compound 合成物
alloy 合金
Bunsen burner 本生灯
product 化学反应产物
flask 烧瓶
apparatus 设备
PH indicator PH值指示剂,氢离子(浓度的)负指数指示剂
matrass 卵形瓶
litmus 石蕊
litmus paper 石蕊试纸
graduate, graduated flask 量筒,量杯
reagent 试剂
test tube 试管
burette 滴定管
retort 曲颈甑
still 蒸馏釜
cupel 烤钵
crucible pot, melting pot 坩埚
pipette 吸液管
filter 滤管
stirring rod 搅拌棒
organic chemistry 有机化学
inorganic chemistry 无机化学
derivative 衍生物
series 系列
acid 酸
hydrochloric acid 盐酸
sulphuric acid 硫酸
nitric acid 硝酸
aqua fortis 王水
fatty acid 脂肪酸
organic acid 有机酸
hydrosulphuric acid 氢硫酸
hydrogen sulfide 氢化硫
alkali 碱,强碱
ammonia 氨
base 碱
hydrate 水合物
hydroxide 氢氧化物,羟化物
hydracid 氢酸
hydrocarbon 碳氢化合物,羟
anhydride 酐
alkaloid 生物碱
aldehyde 醛
oxide 氧化物
phosphate 磷酸盐
acetate 醋酸盐
methane 甲烷,沼气
butane 丁烷
salt 盐
potassium carbonate 碳酸钾
soda 苏打
sodium carbonate 碳酸钠
caustic potash 苛性钾
caustic soda 苛性钠
ester 酯
gel 凝胶体
analysis 分解
fractionation 分馏
endothermic reaction 吸热反应
exothermic reaction 放热反应
precipitation 沉淀
to precipitate 沉淀
to distil, to distill 蒸馏
distillation 蒸馏
to calcine 煅烧
to oxidize 氧化
alkalinization 碱化
to oxygenate, to oxidize 脱氧,氧化
to neutralize 中和
to hydrogenate 氢化
to hydrate 水合,水化
to dehydrate 脱水
fermentation 发酵
solution 溶解
combustion 燃烧
fusion, melting 熔解
alkalinity 碱性
isomerism, isomery 同分异物现象
hydrolysis 水解
electrolysis 电解
electrode 电极
anode 阳极,正极
cathode 阴极,负极
catalyst 催化剂
catalysis 催化作用
oxidization, oxidation 氧化
reducer 还原剂
dissolution 分解
synthesis 合成
reversible 可逆的
metal 金属
metalloid 非金属
Actinium(Ac) 锕
Aluminium(Al) 铝
Americium(Am) 镅
Antimony(Sb) 锑
Argon(Ar) 氩
Arsenic(As) 砷
Astatine(At) 砹
Barium(Ba) 钡
Berkelium(Bk) 锫
Beryllium(Be) 铍
Bismuth(Bi) 铋
Boron(B) 硼
Bromine(Br) 溴
Cadmium(Cd) 镉
Caesium(Cs) 铯
Calcium(Ca) 钙
Californium(Cf) 锎
Carbon(C) 碳
Cerium(Ce) 铈
Chlorine(Cl) 氯
Chromium(Cr) 铬
Cobalt(Co) 钴
Copper(Cu) 铜
Curium(Cm) 锔
Dysprosium(Dy) 镝
Einsteinium(Es) 锿
Erbium(Er) 铒
Europium(Eu) 铕
Fermium(Fm) 镄
Fluorine(F) 氟
Francium(Fr) 钫
Gadolinium(Gd) 钆
Gallium(Ga) 镓
Germanium(Ge) 锗
Gold(Au) 金
Hafnium(Hf) 铪
Helium(He) 氦
Holmium(Ho) 钬
Hydrogen(H) 氢
Indium(In) 铟
Iodine(I) 碘
Iridium(Ir) 铱
Iron(Fe) 铁
Krypton(Kr) 氪
Lanthanum(La) 镧
Lawrencium(Lr) 铹
Lead(Pb) 铅
Lithium(Li) 锂
Lutetium(Lu) 镥
Magnesium(Mg) 镁
Manganese(Mn) 锰
Mendelevium(Md) 钔
Mercury(Hg) 汞
Molybdenum(Mo) 钼
Neodymium(Nd) 钕
Neon(Ne) 氖
Neptunium(Np) 镎
Nickel(Ni) 镍
Niobium(Nb) 铌
Nitrogen(N) 氮
Nobelium(No) 锘
Osmium(Os) 锇
Oxygen(O) 氧
Palladium(Pd) 钯
Phosphorus(P) 磷
Platinum(Pt) 铂
Plutonium(Pu) 钚
Polonium(Po) 钋
Potassium(K) 钾
Praseodymium(Pr) 镨
Promethium(Pm) 钷
Protactinium(Pa) 镤
Radium(Ra) 镭
Radon(Rn) 氡
Rhenium(Re) 铼
Rhodium(Rh) 铑
Rubidium(Rb) 铷
Ruthenium(Ru) 钌
Samarium(Sm) 钐
Scandium(Sc) 钪
Selenium(Se) 硒
Silicon(Si) 硅
Silver(Ag) 银
Sodium(Na) 钠
Strontium(Sr) 锶
Sulphur(S) 锍
Tantalum(Ta) 钽
Technetium(Tc) 锝
Tellurium(Te) 碲
Terbium(Tb) 铽
Thallium(Tl) 铊
Thorium(Th) 钍
Tin(Sn) 锡
Thulium(Tm) 铥
Titanium(Ti) 钛
Tungsten(W) 钨
Uranium(U) 铀
Vanadium(V) 钒
Xenon(Xe) 氙
Ytterbium(Yb) 镱
Yttrium(Y) 钇
Zinc(Zn) 锌
Zirconium(Zr) 锆
1 comment:
My name is Jason Gorman and I am 45 years old. My wife was taking 1200mg of Lithium Carbonate daily prescribed by the doctor for over two years. During this time no lab work was ever ordered. It built up in her system over a period of time. She was taken to the ER where she almost died. Her pulse was down to 31 and her blood pressure as low as 43 over 17. She under went kidney dialysis continuously for over 30 hours in ICU. She spent a total of 5 days in the hospital. I strongly recommend against taking Lithium. At least have periodic Lab Work done. Also if you do take this medication look up the side effects on the internet.
My wife has experienced some of these side effects-
Dizziness, Vomiting, Diarrhea, Confusion, Tremors, Muscle Weakness, Loss of Bladder Control, Inability to talk
I hope this information will be useful to others,
Jason Gorman
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