iwf

B : The IWF is the world governing body of weightlifting .

国际举联是世界举重运动管理机构。

The Influences of IWF New Rules on Rate of Success in Attempts and Competition Tactics

国际举联新规则实施对试举成功率和比赛战术的影响

The traditional China lacks the spirit of IWF .

中国传统文学中缺少个人化写作的精神传承。

Study on biochemical property of IWF showed that the active component of IWF was glycoprotein .

对IWF的生物化学性质的研究表明：它的激发成分是一种糖蛋白，蛋白的完整性并不是激发活性所必需的；

Characterization and Preliminary Isolation of Elicitors from IWF of Leaf Rust infected Wheat Leaves

感染叶锈菌的小麦细胞间隙液中激发子的定性及初步分离

The paper also touches how to avoid the formation of isolated web files and various of problems which may be met when the IWF are handled .

本文也对如何避免产生孤立文件、处理孤立文件过程中可能会遇到的各种问题进行了探讨。

The function of rate adaptation is the core of IWF . The process of rate adaptation can be basically divided into two steps-rate conversion and protocol processing .

速率适配功能是IWF的核心，速率适配的过程基本可以分为速率变换和协议处理两个步骤，给出速率适配的模型描述。

By introducing IWF entity it puts forward the means of interworking including mapping and capability negotiation between H.323 and SIP network , and gives an example .

323与SIP系统的结构，引入IWF互通功能实体，从地址、消息、消息参数映射及能力协商几方面提出解决互通的方法，并通过举例予以说明。

There will be a need for interworking functions ( IWF ) between ISDN and dedicated networks to cope with the different environments given by the various networks .

为了适应各类网络给出的不同环境，在ISDN和专用网之间将需要互通功能（IWF）。

To the system of interaction between wheat and leaf rust , elicitors were found in intercellular washing fluids ( IWF ) of both compatible and incompatible interactions .

已经证明，小麦&叶锈菌互作，无论亲合互作还是不亲合互作的细胞间隙液（Intercellularwashingfluids，IWF）中都有激发子的存在。

The intercellular washing fluids ( IWF ) contain many components concerned with the growth and development of plants , which provide some valuable materials for further study of plant physiological and biochemical responses to adverse circumstances .

细胞间隙液（IWF）中存在许多与植物生长发育相关的物质，为研究植物在逆境胁迫下所发生的生理生化反应提供了重要的资料。

The results indicated that both of the IWF from the compatible and incompatible combinations could induce activities of PAL , PO and HR area on leaves of wheat increasing . Furthermore , the defense response induced by IWF from incompatible combination was obviously higher than that of compatible combination .

结果表明，无论来自亲和组合或不亲和组合的小麦细胞间隙液均能诱导小麦PAL，PO活性升高和产生HR，而且来自不亲和组合的细胞间隙液所诱导的防卫反应活性要明显高于亲和组合。