1、The paper introduces the design and adjustment of resolver and synchronizer axial angle encoder.
介紹旋變及同步機軸角編碼器的典型電路設(shè)計與調(diào)試。

2、In Listing 5, the code using this resolver USES the new prefix.
在清單5中，使用此解析器的代碼還使用了新的前綴。

3、In that case a reference to the resolver object is provided that can be passed to other vats.
此時，將提供對解析器對象的引用，并傳遞給其他vat。

4、The Spring resolver first delegates to the native resolver supplied with the JSF implementation.
首先，Spring解析器委托給JSF實現(xiàn)附帶的本地解析器。

5、The "server" side of this resolver solution is called an LSID authority.
這一解析器解決方案的“服務(wù)器”端名為LSID中心(LSID authority)。

6、Addressing the portal resolver framework directly.
直接訪問門戶分解器框架。

7、You can register your entity resolver on your parser as shown in Listing 4.
您可以將實體解析器注冊在分析器上，如“清單4”中所示。

8、Finally King covers scopes, contexts, and resolver methods. With available scope types as follows.
最后，King論及了作用域、上下文和解析器方法。

9、Paremus have recently released Nimble, a resolver that can obtain and download OSGi bundles.
近日Paremus發(fā)布了Nimble——用于獲取并下載osgibundle的解析器。

10、Write your entity resolver so it caches the content of the entity the first time it is read.
編寫實體分解器，使它在實體第一次被讀取的時候緩存該實體的內(nèi)容。

11、We also use an appropriate resolver to execute the query, much as we did in the previous scenario.
我們也使用了一個適當的解析器來執(zhí)行查詢，就跟我們在前一場景中所做的一樣。

12、Your new action class USES a resolver class that processes the request and builds the Atom feed.
新的action類使用一個resolver類處理請求并構(gòu)建Atom提要。

13、A TSP Problem Resolver Based on Evolutionary Algorithm
TSP問題的演化算法求解

14、Defines a view resolver using the bean name that the user specifies.
使用用戶指定的bean名稱定義一個視圖解析器。

15、The native JSF variable resolver first looks for a JSF managed bean that matches the name courses.
本地JSF變量解析器首先查找與名稱courses相匹配的jsf托管bean。

16、Using the resolver - to - digital converter a a multi channel Angle measuring system.
利用軸角-數(shù)字轉(zhuǎn)換芯片a和旋轉(zhuǎn)變壓器，可以組成高精度的多通道測角系統(tǒng)。

17、A note about using a generic JDBC Resolver versus other approaches.
使用一個通用JDBC解析器與使用其他方法的對比。

resolver翻譯