1.
Application of Sommerfeld Quantization Rules and Teaching Quantum Theory Engineering Physics;
索末菲量子化条件的应用与工科物理量子论的教学
2.
Sommerfeld fine-structure constant
索末菲精细结构常数
3.
On Claim for Compensation and the Construction Enterprise Protection under Contractual Condition of FIDIC;
论索赔与菲迪克(FIDIC)合同条件下施工企业的保护
4.
Children s Capacity of IOR in Simultaneous Cueing Processes;
同时线索化条件下儿童返回抑制的容量
5.
THE CAPACITY OF IOR IN SUCCESSIVE AND SIMULTANEOUS CUEING PROCESSES;
连续和同时线索化条件下的返回抑制容量
6.
The Physical Condition of Low-mass Binary Stars Evolved into Lead-Stars;
低质量双子星演化为铅星的物理条件
7.
Technical requirements of commercial purity beryllium oxide powder
GB/T3135-1982工业纯氧化铍粉末技术条件
8.
On the Contractors s Claims in International Engineering Contract--From the Perspective of FIDIC Contract s Conditions;
国际工程承包合同承包商的索赔——以菲迪克(FIDIC)合同条件为视角
9.
Optimization of Preparation Conditions and Surface Modification of Water-soluble Quantum Dots
水溶性量子点制备条件的优化及表面修饰
10.
The paper presents the optimum conditions of preparing phytin in highquality and yield, The phytin was prepared by neutralizing the solution which contained aque.
本文研究了制备高质量及高产量菲丁的最佳工艺条件。
11.
As in the particle in a box, it is the boundary conditions that force us to quantize the energy.
象在箱中粒子那样，边界条件迫使我们使能量量子化。
12.
Effect of technological conditions on preparation of Co_3O_4 powders by solution spray-oxidation
工艺条件对溶液雾化氧化法制备Co_3O_4粉末的影响
13.
A discuss on the theory of commodity circulation in e-commerce times;
电子商务条件下的商品流通理论探索
14.
Specification for nuclear-grade sinterable uranium dioxide powder
GB/T10265-1998核级可烧结二氧化铀粉末技术条件
15.
Effect of procedure conditions on characteristics of SnAgCu alloyed powder prepared by gas atomization
工艺条件对气雾化制备SnAgCu合金粉末特性的影响
16.
Research on Densification of Cu-based Powder in Different Pressing Condition
不同压制条件下铜基粉末的致密化研究
17.
Technology Conditions Optimization of the Powder Coating on an Aluminium Alloy Profile by Static Spraying
铝型材粉末静电喷涂生产工艺条件优化
18.
Rayleigh-Sommerfeld Diffraction Formula on the Thin Acoustic Lens With Larger Aperture
较大孔径薄声透镜声场的瑞利─索末菲衍射公式