1.
溶液结构的同步辐射反射法研究——径向分布函数解析
[755]
|
2.
硼氢化钠的电化学制备研究进展
[718]
|
3.
Amorphous Structure of Diboron Trioxide and Sodium Pentaborate Hyd..
[687]
|
4.
Polyborates in aqueous borate solution: A Raman and DFT theoryinve..
[675]
|
5.
硼酸盐水溶液结构及研究方法
[657]
|
6.
STUDY ON PHASE-DIAGRAMS AND PROPERTIES OF SOLUTIONS IN TERNARY-SYS..
[650]
|
7.
不同浓度Li_2SO_4水溶液结构的X射线衍射研究
[620]
|
8.
高斯多峰拟合在径向分布函数中的应用
[615]
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9.
三氧化二硼和五硼酸钠水合物非晶结构
[613]
|
10.
过饱和MgSO_4溶液结构的X射线衍射研究
[602]
|
11.
水盐体系溶解度计算中的电解质溶液Pitzer模型
[601]
|
12.
X射线衍射法测定Na_2SO_4水溶液结构
[599]
|
13.
四硼酸钾水溶液结构
[593]
|
14.
Structure of aqueous sodium metaborate solutions: X-ray diffractio..
[587]
|
15.
过饱和五硼酸钠溶液结构
[563]
|
16.
盐湖卤水体系的热力学和相图
[560]
|
17.
K_2B_4O_7和KBO_2溶液pH和拉曼光谱研究
[558]
|
18.
Na~+;K~+∥Cl~-;SO_4~(2-);CO_3~_(2-)-H_2O五元体系25℃介稳相图的研究
[540]
|
19.
三元体系Li~+,K~+(Mg~(2+))/SO_4~(2-)-H_2O25℃相关系和溶液性质的研究
[526]
|
20.
硼氢化钠在氢氧化钠溶液中的密度和黏度
[515]
|
21.
浓硫酸钠水溶液中的离子对(英文)
[502]
|
22.
Polyborates in aqueous borate solution: A Raman and DFT theory inv..
[502]
|
23.
五元交互体系Li~+,K~+,Mg~(2+)/Cl~-,SO_4~(2-)-H_2O25℃..
[489]
|
24.
由X射线衍射获得的液体径向分布函数
[489]
|
25.
质量吸收因子的经验公式
[483]
|
26.
循环伏安法测定硼氢根离子
[479]
|
27.
含锂盐湖卤水体系相关系的研究
[471]
|
28.
盐湖卤水的蒸发结晶过程
[464]
|
29.
水溶液衍射实验的数据处理及解析
[463]
|
30.
偏硼酸锂溶液物种分布和物化性质
[451]
|
31.
Polyborates in Aqueous Sodium Borate Solution at 298.15 K
[440]
|
32.
四水硝酸钙熔盐的结构研究
[434]
|
33.
Rb_2SO_4水溶液结构的同步辐射反射法初步研究
[429]
|
34.
一个预测溶液密度的新模型
[413]
|
35.
Structure of Aqueous Potassium Tetraborate Solutions
[408]
|
36.
球形氢键模型预测电解质溶液中的离子水合数
[400]
|
37.
四元体系Li~+,K~+,Mg~(2+)/SO_4~(2-)—H_2O 25℃相关系和溶液物化性质..
[399]
|
38.
小柴旦盐湖卤水25℃等温蒸发
[396]
|
39.
非晶态镍硼酸盐结构的EXAFS研究(英文)
[390]
|
40.
Cs_2SO_4溶液结构的初步研究
[389]
|
41.
电解质水溶液的结构
[372]
|
42.
溶液结构研究发展策略浅议
[368]
|
43.
θ-2θ型粉末衍射仪研究溶液水合结构新进展
[364]
|
44.
Structure of aqueous sodium sulfate solutions derived from X-raydi..
[356]
|
45.
溶液结构的X射线衍射研究──1实验技术
[352]
|
46.
智能数字化磁力搅拌器研制
[347]
|
47.
镁硼酸盐水溶液物化性质研究
[330]
|
48.
Structure of Supersaturated Aqueous Sodium Pentaborate Solution
[317]
|
49.
相律的应用:蒸发结晶过程自由度
[293]
|
50.
碱性溶液中BH_4~-的电化学氧化机理及伏安法测定
[290]
|
51.
非晶态镍硼酸盐的制备和表征
[278]
|
52.
Li~+的水合结构和近似饱和水合层:基于密度泛函理论的研究
[277]
|
53.
五硼酸钾、偏硼酸钾和四硼酸钾溶液中硼酸根离子类型、密度及电导率研究..
[212]
|
54.
四硼酸锂溶液物化性质与Raman光谱
[206]
|
55.
Structure of Aqueous RbCl and CsCl Solutions Using X-Ray Scatterin..
[198]
|
56.
Molecular interactions in aqueous solutions of polyborates at diff..
[187]
|
57.
Ab Initio Investigation of the Microspecies and Energy in Hydrated..
[186]
|
58.
Microhydration of BH4-: Dihydrogen Bonds, Structure, Stability, an..
[178]
|
59.
Studies on the phase diagram for the quinary system Li+, Na+, K+, ..
[177]
|
60.
Raman spectroscopy and ab initio quantum chemical calculations of ..
[177]
|
61.
Mn~(2+)在玻碳电极上的阳极氧化机理
[171]
|
62.
B(OH)(4)(-) hydration and association in sodium metaborate solutio..
[170]
|
63.
小柴旦盐湖卤水25℃等温蒸发
[167]
|
64.
Preparation and Electrochemical Performance of Composite Electrode..
[163]
|
65.
Hydrogen generation mechanism of BH4- spontaneous hydrolysis: A si..
[162]
|
66.
LiB_5O_8溶液物理化学性质研究
[161]
|
67.
Structure of MgSO4 in Concentrated Aqueous Solutions by X-Ray Diff..
[161]
|
68.
Micro-hydration and acid dissociation mechanism of B(OH)(3)
[160]
|
69.
EXAFS Study of the Structure of Amorphous Nickel Borate
[157]
|
70.
Characterizing Ni(II) hydration in aqueous solution using DFT and ..
[157]
|
71.
Phase change performance assessment of salt mixtures for thermal e..
[156]
|
72.
Investigation on species distribution and EXAFS structure of aqueo..
[155]
|
73.
Electrodeposited Nickel Hydroxide on the Reduced Graphene Oxide wi..
[154]
|
74.
Structure of aqueous sodium sulfate solutions derived from X-ray d..
[151]
|
75.
A new attempt to determine solution structure with theta-20 type p..
[151]
|
76.
Reconsideration on Hydration of Sodium Ion: From Micro-Hydration t..
[147]
|
77.
The investigation of structure and IR spectra for hydrated potassi..
[144]
|
78.
Application of Gaussian multi-peak fitting to radial distribution ..
[142]
|
79.
Structure of Aqueous Lithium Tetraborate Solution
[141]
|
80.
Solution Structure of Energy Stored System I: Aqua-B(OH)(4)(-): A ..
[139]
|
81.
Density, Electrical Conductivity, pH, and Polyborate Distribution ..
[139]
|
82.
Structure of aqueous sodium metaborate solutions: X-ray diffractio..
[138]
|
83.
Structure of aqueous potassium metaborate solution
[137]
|
84.
Density, Electrical Conductivity, Acidity, Viscosity and Raman Spe..
[135]
|
85.
Structure of aqueous potassium pentaborate solution
[133]
|
86.
Structure of aqueous potassium tetraborate solutions by X-ray scat..
[131]
|
87.
添加剂对储能材料CaCl_2·6H_2O+Ca(NO_3)_2·4H_2O相变温度和过冷温度..
[124]
|
88.
DFT对Rb~+水合团簇及其相关性质的分析
[123]
|
89.
SO_4~(2-)微观水合结构DFT研究
[123]
|
90.
X射线及中子散射在溶液结构研究中的应用
[108]
|
91.
X-ray diffraction study on structure of aqueous Mn(NO3)(2)center d..
[104]
|
92.
温度对液态水结构的影响:中子及X射线散射研究
[99]
|
93.
氯化钙溶液的分子动力学模拟研究(英文)
[97]
|
94.
Volumetric and Transport Properties of Aqueous NaB(OH)(4) Solution..
[90]
|
95.
Raman and ab initio analyses of ion pairs in concentrated K[B(OH)(..
[90]
|
96.
A Study of the Structure of Aqueous Rubidium Tetraborate Solutions
[89]
|
97.
Dihydrogen Bonds in Aqueous NaBD4 Solution by Neutron and X-ray Di..
[87]
|
98.
Mechanism for hydrolysis of double six-membered ring tetraborate a..
[84]
|
99.
Ion association in lithium metaborate solution a Raman and ab init..
[84]
|
100.
Micro-Raman and density functional theory analyses of ion pairs in..
[81]
|