1)solid-state synthesis固态合成
英文短句/例句
1.Solid-state Synthesis of Graphite-like C_3N_4 and Its Reversible Li~+ Intercalation石墨型C_3N_4的固态合成及嵌锂性能研究
2.X-band 150 W Solid Combined Power AmplifierX波段150W固态合成功率放大器
3.Study on Forming Capability and Solidified Microstructures of Magnesium Alloy by Extrusion in the Semisolid;镁合金半固态挤压成形性能及凝固组织研究
4.Numerical Simulation of Semi-solid Thixo-forging for Light Alloy;半固态轻合金触变模锻成形数值模拟
5.The Study of Semi-Solid Thixo-Process of AZ91D Magnesium Alloys;AZ91D镁合金半固态触变成形工艺研究
6.Optimization of the Semi-solid Formation Technology for Al-Si-Fe Alloy;Al-Si-Fe合金半固态成形工艺优化
7.The Microstructure and Property of Al-Fe Based Alloy Prepared by the Semi-solid Formation Technology;半固态成形Al-Fe基合金的组织与性能
8.Thixo-forging of Pseudo-semi-solid 40Cu-W Alloy40Cu-W合金伪半固态触变模锻成形研究
9.Thixo-die-forging of Al/Al_2O_3 composite in pseudo-semi-solid stateAl/Al_2O_3复合材料伪半固态触变模锻成形
10.A 159-W X-Band Spatially Combined Solid-State Amplifier159WX波段固态空间功率合成放大器
11.Semi-solid thixo-extrusion of AlSi7MgBe alloyAlSi7MgBe合金的半固态挤压成形
12.Semi-solid Thixo-forming of In-situ Reactive Spray Formed TiC_p/7075Al Matrix CompositesTiC_P/7075铝基复合材料的半固态触变成形
13.Effect of Different Die Material on Microstructure of Semi-solid Aluminium Alloy成型模具对半固态铝合金组织的影响
14.Current Situation and Prospect for Demisolid Forming of Magnesium Alloy镁合金半固态成形的现状及发展前景
15.Microstructure and Properties of ZL116 Alloy Parts Through Semi-solid Extrusion半固态ZL116合金挤压成形与显微组织
16.Study of MoSi_2-SiC Composites Synthesized in Situ Using Solid State Displacement Reactions;固态置换反应原位合成MoSi_2-SiC复合材料研究
17.Study on the Solid Complexes of Ce(Ⅲ) and Ce(Ⅳ) with Phytic Acid铈(Ⅲ)、铈(Ⅳ)与植酸生成的固态配合物的研究
18.Investigation on Technique and Theory of Rheoforming for Semi-Solid Aluminum Alloys;半固态铝合金流变成形工艺与理论研究
相关短句/例句
Composition of liquid forming technology and solid forming technology液态成形-固态成形复合
3)microwave solid synthesis微波固态合成
4)enthalpy of formation ofsolid state固态合金形成焓
5)solid-solid synthesis固-固合成
6)Baypren['beipren][化]一种固态合成橡胶
延伸阅读
氨合成平衡速率氨平衡合成率分子式:CAS号:性质:又称氨合成平衡速率氨平衡合成率。在不同的催化反应条件下,氨合成反应达到一定程度的化学平衡时氨合成的反应率或合成率。在实际氨合成生产中,不可能达到平衡氨合成率,在工业上设计氨合成塔时,就必须着眼于它的运行能最大限度地接近平衡氨合成率。