1.
fluxing with alkali
用碱熔解, 用碱助熔
2.
alkali fusion reaction gas chromatography
碱熔反应气相色谱(法)
3.
PREPARATION OF 4-HYDROXYPHTHALIC ANHYDRIDE BY AN ALKALI MELT PROCESS FROM 4-CHLOROPHTHALIC ANHYDRIDE;
4-氯代苯酐碱熔融法制备4-羟基苯酐
4.
Determination of Fluoride in Soil by Alkaline Fusion and Ion Chromatography
碱熔-离子色谱法测定土壤中氟的研究
5.
The Microscale Experiment of the Preparation of Potassium Dichromate by the Oxidant Method of Alkali Fusion;
固体碱熔氧化法制备重铬酸钾的微型实验
6.
The Microscale Chemical Experiment of the Preparation of Potassium Permanganate by the Qxdiant Method of Metiug Solid Alkali;
固体碱熔氧化法制备高锰酸钾的微型实验
7.
Determination of total sulfur in soil by alkali fusion ion chromatography
碱熔-离子色谱法测定土壤中全硫的研究
8.
Methods for chemical analysis of silicochromium--The alkaline fusion-ammonium persulfate oxidation volumetric method for the determination of chromium content
GB/T4699.2-1984硅铬合金化学分析方法碱熔-过硫酸铵氧化容量法测定铬量
9.
Method for chemical analysis of arsenic ores--Determination of arsenic content-Iodimetric method after pre-separation by fusion
GB/T15927-1995砷矿石化学分析方法碱熔分离-碘量法测定砷量
10.
Determination of Strontium Isotopic Composition in Celestite--Comparison of Sample Decomposition Using Acid Digestion and Alkali Fusion
天青石中锶同位素组成测定——酸溶和碱熔样品分解方法的对比
11.
Determination of trace germanium in soil by AFS after alkali fusion
碱熔-氢化物发生原子荧光光谱法测定土壤中微量锗
12.
Determination of Major,Minor and Trace Elements in Manganese Ores by Alkali Fusion-ICP-AES
碱熔融-ICP-AES法对锰矿石中主量、次量与痕量元素的同时测定
13.
Study on a New Process for Alkalline Smelting Bismuth Sulfide Concentrate at Low Temperature
硫化铋精矿低温碱性熔炼新工艺研究
14.
Molten Salt Synthesis of Rod-like Tungsten Bronze Niobate Particles
熔盐法制备棒状复合碱土金属铌酸盐
15.
THE FORECAST AND CONTROL OF THE AMOUNT OF DIFFUSION HYDROGEN IN THE DEPOSITED METAL OF BASIC ELECTRODES
碱性焊条熔敷金属中扩散氢的予报及控制
16.
Study on the Molten Salt Phase Diagrams of Alkali Halide and Molybdate Systems;
碱金属卤化物及钼酸盐熔盐系相图的研究
17.
Process Control of Low-Phosphorus and Sulfur Alloy Steel Melting by Basic Induction Furnace
碱性感应电炉熔炼低磷硫合金钢的工艺控制
18.
Some containing only13% alkali are now being melted and worked successfully.
现在一些碱含量仅为13%玻璃也可以被成功的熔解和用于加工。