例句與造句

1. Sets the access and modification times of files
   設(shè)置文件的訪問和修改時間。
2. Indicates the last modification time for this storage , stream , or byte array
   指示此存儲、流或字節(jié)數(shù)組的上次修改日期。
3. The touch ( ) function sets the access and modification time of the specified file
   函數(shù)的作用是：設(shè)定文件的訪問和修改時間。
4. Object is older than the last modification time of the corresponding foo . c source file
   對象比相應(yīng)的foo . c源文件的最后修改日期更新。
5. However , in this section we only discuss changing the access modification time
   然而，在本節(jié)中，我們只討論如何修改文件的訪問/修改時間。
6. It's difficult to find modification time in a sentence. 用modification time造句挺難的
7. Task to change the access and modification times of the files specified in the files item collection , and puts the list of successfully touched files in the
   項集合中指定的文件的訪問和修改時間，并將成功使用的文件的列表放置在
8. Of jsp best practices , you learned a scriptlet - based technique for adding last - modification time stamps to your javaserver pages files
   ，您學(xué)習(xí)了一種基于scriptlet的技術(shù)，這種技術(shù)被用來將上次修改的時間戳添加到j(luò)avaserver page （ jsp ）文件中。
9. Dossetpathinfo not only sets the access modification time of file or sub directory , it also sets the other parameters like file creation date time , file size , and attributes of the file
   Dossetpathinfo ( )不但要設(shè)置文件或子目錄的訪問/修改時間，而且要設(shè)置其他一些參數(shù)，例如文件創(chuàng)建的日期/時間、文件大小以及文件屬性。
10. Statement , these changes may not affect the files that include them . a simple change of modification time can therefore mean that you end up re - compiling source files for no reason . individually , that time can be significant
    從編譯的全過程來看，您最后可能多次解析了相同的頭文件，浪費了處理器周期，更重要的是浪費了開發(fā)者的時間，因為他們要等待這一過程的完成。
11. Hydrothermal modification temperature , hydrothermal modification time , concentration of aqueous cacl2 solution and solids holdup of mg ( oh ) 2 particles showed important effect on the morphology , crystalline structure and dispersion properties of the hydrothermal products
    研究發(fā)現(xiàn)水熱改性溫度、水熱改性時間、改性劑添加量和水熱漿液固含均對水熱產(chǎn)物的形貌和一次粒徑有一定的影響。
12. Main research contents and achievements of this thesis is as follows : l . this paper carries through particular test and analysis to the basic physical - chemical properties of gaojiawang palygorskite , an environmental mineral fibre , by xay , ir , tem , sem etc . this paper has also discoursed upon the development appliance research status in quo and directions of palygorskite . 2 . according to the preceding surface modification research achievements to nonmetal mineral materials , the author combines the self characteristics of palygorskite such as the ratio of length and diameter , typical nano - rank particle diameter , big ratio surface area , well - developed crystal growth imperfection and lattice defect etc . the author also designs organising modification ortho - experimentation of palygorskite by adopting iso - propyl alcohol as thinner of wd - 51 and ndz - 401 , and acquires the best craft parameters and craft conditions for gaojiawang palygorskite original ore organising modification , namely : wd - 51 concentration 1 . 6 % ( wt % ) , modification temperature 120 ? , and modification time 60 mins ; ndz - 401 concentration 2 . 0 % ( wt % ) , c modification temperature 120 , modification time 80 mins
    在前人對非金屬礦物材料表面改性的基礎(chǔ)上，結(jié)合環(huán)境礦物纖維?坡縷石自身的特點(如：長徑比、典型的納米粒徑、大比表面積、發(fā)育的晶體生長缺陷和晶格缺陷等) ，通過對坡縷石有機化改性設(shè)計正交試驗，采用( ch _ 3 ) _ 2choh作為稀釋劑，獲得了采用wd - 51和ndz - 401對高家洼坡縷石原礦進行有機化改性的最佳工藝參數(shù)和工藝條件，分別為： wd - 51的濃度為1 . 6 ( wt ) ，改性溫度為120 ，改性時間為60min ； ndz - 401的濃度為2 . 0 ( wt ) ，改性溫度為120 ，改性時間為80min 。
13. 3 . the author designs ortho - experimentations of palygorskite acidification and organising modification by adopting propyl alcohol as thinner of wd - 51 , and acquires the best craft parameters and craft conditions for gaojiawang palygorskite acidification and acidified palygorskite organising modification , namely : the best craft parameters and craft conditions for gaojiawang palygorskite acidification is : parlygorskite : h2o = 1 : 3 , activation time 50 min , activation temperature 96 , hydrochloric acid concentration 1 . 0 n , parlygorskite granularity - 100mesh ; the best craft parameters and craft conditions for gaojiawang acidified palygorskite organising modification is : wd - 51 concentration 2 . 0 % ( wt % ) , modification temperature 120 , and modification time 60 mins , adopting iso - propyl alcohol as thinner of wd - 51 . 4
    設(shè)計坡縷石粘土酸化正交實驗和有機化改性正交實驗，取得了高家洼坡縷石粘土酸活化處理和酸化坡縷石用wd - 51進行有機化改性處理的最佳工藝參數(shù)和工藝條件，即：高家洼坡縷石酸活化處理的最佳工藝參數(shù)和工藝條件為：固液比為1 ： 3 (固體為高家洼坡縷石粘土，液體為去離子水) 、活化時間50min 、活化溫度為96 、鹽酸濃度為1 . 0n 、粒度為- 100目。