通知對象 的英文怎麼說
中文拼音 [tōngzhīduìxiàng]
通知對象
英文
notify object-
In the first part, the thesis defines bilingualism, bilingual teaching and learning, and bilingual education for china ' s ethnic minorities through differentiation and analysis of some basic terms concerned with bilingual education. it maintains that ethnic minorities " bilingual education is a form for minorities " education which takes the existing minorities " bilingualism as the base, and bicultural traditions and knowledge, capacities and values needed in modern society as main educational contents, chinese and a minority language as educational languages alternately
第一部分通過對現行雙語教育相關概念和術語的闡釋和辨析，對少數民族雙語現象、雙語教學和雙語教育等基本概念進行了界定，筆者認為少數民族雙語教育是以雙語現象為基礎、以雙文化和現代生活必需的知識、能力和價值觀等為教育內容、以雙語教學為主要教育方式，使國家族際語（漢語文）和民族語文有機結合的民族教育形式。The microscopical observation proves that the main types of granitoid rocks are granodiorite and quartz monzodiorite, and the enclave is mainly monzodiorite. the rock - forming minerals are mainly k - feldspar, plagioclase, amphiboie, biotite, quartz, magnetite, titanite, apatite, epidote, etc. the zonation of the feldspars is very popular. the dark - colored minerals, such as biotite and titanite, have been highly oxidized
通過對本區花崗巖類樣品進行顯微觀察研究，知其主要的巖石類型為花崗閃長巖、石英二長閃長巖，其中的巖石包體主要為二長閃長巖，其造巖礦物為鉀長石、斜長石、角閃石、黑雲母、石英、磁鐵礦、榍石、磷灰石和綠簾石等，長石中環帶現象比較常見，黑雲母、榍石等暗色礦物顏色較深，表明其氧化程度較高。Objects for the background of the notification area, which is located at the far right of the taskbar
對象的類，該通知區域位於任務欄最右端。Wh en you visit the shaoxing garden, you can experience and observe the history pulse of shaoxing, appreciate the folk - custom, attain abundant historical information. guided with the theory of " sustainable development " and ecological principles, this paper pinpoints the shaoxing ' s culture feature and development situation, analyses and researches the modern landscape service objects and content and the shaoxing development of cityscape, tries to establish the green life net, emphasises the importance of landscape plants, strengthens the design of city " soft landscape ", enhances the nature landscape. this paper with the balance of city ecosystem is a foundation, insisting the combination of ecological culture and ecological environment, establishes the thought of a city green space system of reasonable layout and complete construction, and attempts to guide the development of shaoxing landscape architecture and reaches the target of a ecological garden city
提出觀紹興園林，可以體察紹興的歷史脈搏，領略紹興的民俗風情，獲得豐富的歷史知識；本文針對紹興園林的文化特色和現在發展狀況，以「可持續發展」理論和生態學原理為指導，通過對現代園林服務對象與內容及紹興城市園林建設的分析與研究，提出建立綠色生活網；充分發揮園林植物在城市景觀規劃設計中的重要性；加強城市「軟質景觀」的規劃設計；增加城市自然景觀；以城市生態平衡為基礎；堅持生態文化和生態環境相結合，建立以布局合理、結構完整的城市綠地系統的思想，試圖引導紹興現代園林景觀建設，突出紹興現代園林的地域文化特色，實現紹興生態園林城市的目標。A domain notifier knows about every change to any object in the model, and broadcasts these changes to domain listeners
域通知器了解到對模型中任何對象的每次更改，然後將這些更改向域偵聽器廣播。Those interested in sending messages to subscribers do so through the notifier class methods ; those interested in receiving messages implement the subscriber interface and register with the appropriate notifier
那些需要發送消息給關注者的對象通過事件通知類來實現這項操作，而那些需要接收消息的對象則需要完成接收消息的介面，並向適當的通知類注冊。At the same time we study, analysis and discuss the action that non - linearity - stickiness - springiness and crazing damage of the pmma sample under creep though making us of the knowledge about the high molecule physics the damage theory of material of rheology of bodies with defects. through the study and theory analysis of single - axes stretching experiment in pmma sample under creep, take the surface crazing damage density of pmma sample as an variable, to look for a commonly rule that the crazing damage of pmma, and to offer a feasible damage model for the sake of study that of pmma ' s remoteness damage
同時運用高分子物理、含缺陷流變性物體的材料破壞理論等知識，對無孔洞pmma試件和有孔洞pmma試件蠕變條件下非線性粘彈性行為及其銀紋損傷現象進行了研究、分析與探討，通過對蠕變條件下的pmma試件的單軸拉伸實驗研究和理論分析，以pmma試件的銀紋損傷面密度值為損傷變量，來嘗試尋求pmma銀紋損傷的一般規律，為研究pmma的細觀損傷提供了一種可行的損傷模型。Specifies the requested behavior when setting up an advise sink or a caching connection with an object
在設置通知接收器或緩存與對象的連接時指定請求的行為。First, it applies fuzzy logical in the abstract and non - linear dealing ability ; second, it applies neural net in the self - study and any functions approaching ability ? through combining above two ability, it can find a best p i d non - linear controlling regularity and achieve controlling on line of the unknown subject etco therefore, it not only can strengthen robust and intelligence of the system, but also make design simple and easily be requiredo in addition, the thesis also does many works on procedure of upper - computer and basic - controller and the whole system designed can be put into work immediately
根據啤酒發酵過程具有大慣性、時滯和非線性等特點，本論文還提出一種基於神經網路的模糊自適應pid控制方案，它一方面利用模糊邏輯的「概念」抽象能力和非線性處理能力，另一方面利用神經網路的自學習能力和任意函數的逼近能力，通過兩者的有機結合尋找一個最佳的p 、 i 、 d非線性組合控制規律，以實現對未知對象進行在線控制，並具備適應控制環境變化的能力和自學習能力等。Signals the object that initialization is complete
用信號通知對象初始化已完成。Signals the object that initialization is starting
用信號通知對象初始化即將開始。Method to signal the object that initialization is starting
方法用信號通知對象初始化即將開始。Once the notification object is created, the
創建通知對象時，Returns a row for each server - level event notification object
為每個服務器級事件通知對象返回一行。Choosing a notification object
選擇通知對象Object to execute a valid select statement with an associated notification objecteither
對象執行有效的select語句，包含關聯的通知對象Gets the event notification object that provides the event information used by the e - mail template
獲取提供電子郵件模板使用的事件信息的事件通知對象。The second design uses an intermediate notification object, and totally eliminates all circular reference issues
第二種設計使用了一個中間通知對象，完全消除了所有的循環引用問題。Because the command is bound to the notification object, the server recognizes that it must generate a notification, and the queue information will point to the dependencies queue
因為該命令綁定到通知對象，所以服務器認識到它必須生成一個通知，並且隊列信息將指向相關性隊列。According to the content of the am - neven, we model for scene objects, and make static data models for awareness objects. referring to these static data models, we can schedule and optimize the awareness information dynamically, which we call dynamic model
根據am - neyen模型的內容，我們通過對場景中的對象進行建模，實現感知對象的靜態數據模型描述，並以此數據模型為核心數據，提出了通過動態模型來調整和優化感知內容信息。分享友人