Mass fraction
Mole fraction
Molality
Mass fraction
Amount of substance
Clligative properties of dilute solution
Vapor pressure
Boiling point elevation
Frezzing point depression
Diffuse
Semipermeable memoran
Osmosis
Isotonic solution（280-320）
Hypertonic solution
Hypotonic solution
9%NaCl solution 0.15mol/L
5%GS 0.28 mol/L
Crystalloid osmotic pressure
Colloid osmotic pressure
Electrolity
Coefficient
Ion-ion-interaction theory
Inoic atomosphere
Appearent dgree of ionization
Effective concentration
Coefficient of activity
Ionic strength
Equlibrium constant
Ionization constant
Common ion effect
Solt effect
Proton theory of acid and base
Donor
Conjugative acid
Conjugative base
Leveling effect
Leveling solvent
Defferentiating effect
Kw ion productof water
Buffer solution
pH=Pka+lg(conjugative base/conjugative acid)
buffer ratio conjugative base/conjugative acid
chemical kinetics
rate of chemical reaction
reaction mechanism
elementary reaction
overall reaction
rate contralling step
molecularity of reaction
theory of transition state
law of mass action
order of reaction
reaction of the frist order
reaction of the second order
reaction of the third order
lgc=-k1t/2.303+lgC0 t1/20=0.693/k1 frist
1/c=k2/+1/ C0 t1/2=1/(k2 C0) second
c=-k0+ C0 t1/2= C0/ 2k0 third
temperature coefficient
catalyst
catalysis
catalystic activity
catalyst poisoning
homogeneous catalysis
heterogeneous catalysis
oxidation
reduction
oxidant
reductant
primary cell
electrode
oxidation number
electron double layer
electron potential
standard hydrogen electrode(SHE)
standard electrode potential
(298K,ion concentration=1mol/L,101.3kPa)
饱和甘汞电极电势0.2412V
F2 is the strongest oxidant
Li is the strongest reductant
