摘要
借助M(NTO)n·mH2O(M=Ba,n=1,m=3;M=Li,n=1,m=2;M=Ca,n=2,m=4;M=Na,n=m=1;M=Co,Mg,n=2,m=8;M=Ce,Pr,Gd,n=3,m=7;M=Tb,Dy,n=3,m=5;M=Y,Yb,n=3,m=6;NTO=3-nitro-1,2,4-triazol-5-one)的摩尔用量(a)、水溶液浓度(b)及由Calvet微热量计所得的溶解过程热效应(Q)和摩尔溶解焓(ΔdissH),得到了描述这些NTO金属配合物的微分溶解焓(ΔdifHmθ)、标准摩尔溶解焓[ΔdissHmθ(b=0)]、相对表观摩尔焓(ΔdissHapparent)、相对偏摩尔焓(ΔdissHpartial)和稀释焓(ΔdilH1,2)的5个经验式。
With the help of the amount of the complex(a),the concentration of the solution(b),the heat effect of dissolution process(Q) and the molar enthalpy of dissolution in water(ΔdissH) of M(NTO)n·mH2O(M=Ba,n=1,m=3;M=Li,n=1,m=2;M=Ca,n=2,m=4;M=Na,n=m=1;M=Co,Mg,n=2,m=8;M=Ce,Pr,Gd,n=3,m=7;M=Tb,Dy,n=3,m=5;M=Y,Yb,n=3,m=6;NTO=3-nitro-1,2,4-triazol-5-one) obtained by a Calvet microcalorimeter,five empirical formulae describing the differential enthalpy of dissolution(ΔdifHθm),standard molar enthalpy of dissolution [ΔdissHθm(b=0)],relative apparent molar enthalpy(ΔdissHapparent),relative partial molar enthalpy(ΔdissHpartial) and enthalpies of dilution(ΔdilH1,2) in water of these metal complexes of NTO were obtained.
出处
《含能材料》
EI
CAS
CSCD
北大核心
2011年第2期121-125,共5页
Chinese Journal of Energetic Materials
基金
Science and Technology Foundation of National Defence KeyLaboratory of Propellant and Explosive Combustion of China (9140C3501010601)
关键词
物理化学
焓
溶解性质
NTO
金属配合物
physical chemistry
enthalpy
dissolution property
NTO
metal complex