Catarrhal interstitial pneumonia.

The results showed that the typical anatomopathological change was intestinal mucous membrane shedding, bleeding and catarrhal inflammation.

结果表明，该病特征性的病理剖检变化为肠黏膜脱落出血，呈卡他性炎症表现。

Malignant Catarrhal Fever Virus, Clone: 15-A-AC, Mab anti-, Ascites.

恶性卡他热病毒，克隆号：15-A-AC，单克隆抗体抗，腹水。

Development of a competitive PCR assay for quantifying sheep-associated malignant catarrhal fever viral DNA

定量测定羊关联性恶性卡他热病毒DNA的竞争性PCR方法的建立

Only fragmentary information on pathogenesis of bovine malignant catarrhal fever is available.

关于牛恶性卡他热的病理发生，仅能获得一些零星的资料。

This method can be used to predicate the resistance of the foil augmented catamaran with similar catamaran hull parameters and different hydrofoil parameters.

该方法可以扩展应用至具有相似双体船型参数和不同水翼参数的水翼双体船的阻力预报。

Experimental Investigation on Resistance of High Speed Catamaran with Deep Vee Hull Forms

深V型高速双体船船型阻力性能试验

Barge aboard catamaran Analysis of Hull Form and Propulsion System of Medium and Large Ro-pax Ferry

双体单甲板小型载驳船中大型客滚船的线型与推进系统分析

The Catalytic Action of Metal Complex Polymer in Synthesis of Dimethyl Carbonate

高分子金属配合物用于合成碳酸二甲酯的催化性能

Catalytic Action of Composite Oxide Ceramic Material at Low Temperature

复合氧化物陶瓷材料在较低温度下的催化性能

Catalytic Action of ZnO on the Thermal Decomposition of Urea

氧化锌对尿素热分解过程的催化作用

Some rules of catalytic action in hydroformylation with transition metal complexes

过渡金属络合物对氢甲酰化反应的某些催化作用规律

Exploration on the development space for domestic catalytic reforming unit

我国催化重整装置发展空间的探讨

Field Welding Technology and Management for Pipes of Catalytic Reforming Furnace

催化重整炉炉管的现场焊接技术与生产管理

A study of catalytic reforming process with particular reference to its optimization

催化重整工艺条件优化问题的探讨

The Application of Dynamic Simulation in Catalytic Reforming Process

催化重整全流程动态模拟及实际应用

The application of advanced process control technology on one continuous catalytic reforming unit

先进控制技术在连续重整装置的应用

Developing catalytic reforming units to improve quality of China's oil products

发展催化重整装置改善我国油品质量

Development and Application of a New Generation Catalytic Reforming Catalyst

新一代催化重整催化剂的开发与应用

This paper introduced three kinds of mechanisms of coke formation in ethylene furnace, involving metallic catalytic, free radical and non-catalytic condensation coking mechanisms. Coke inhibition technologies are also introduced, such as adding inhibitors, surface coating technology and using mechanical component.

介绍了乙烯裂解炉金属催化结焦、自由基结焦和非催化缩合结焦3种结焦机理以及国内外采用的添加结焦抑制剂、炉管涂覆及改变炉管表面的机械构件等结焦抑制技术。

With the help of the process simulation software-PRO-ⅱ, the impact of variation of feedback temperature of rich absorption oil on the energy recovery and the operation of the main fractionator in fluid catalytic cracking or delayed coking units was analyzed in detail.

借助流程模拟软件PRO／Ⅱ详细分析了吸收稳定系统富吸收油返回催化裂化或延迟焦化主分馏塔温度对操作及热量回收的影响。