阻塞狀態 的英文怎麼說

中文拼音 [zǔsèzhuàngtài]
阻塞狀態 英文
blocked state
  • 阻 : 動詞（阻擋; 阻礙） block; hinder; impede; obstruct
  • 狀 : Ⅰ名詞1 （形狀） form; shape 2 （情況） state; condition; situation; circumstances 3 （陳述事件或...
  • 態 : 名詞1. （形狀; 狀態） form; condition; appearance 2. [物理學] （物質結構的狀態或階段） state 3. [語言學] （一種語法范疇） voice
  • 阻塞 : choke; block; clog; stop; obstruct; jam; barrage; blockage; blocking; [醫學] obstruction; choking...
  • 狀態 : status; state; condition; state of affairs: （病的）危險狀態 critical condition; 戰爭狀態 state o...
  1. Relationship between body mass index and anoxia in patients with obstructive sleep apnea syndrome

    體質量指數與阻塞性睡眠呼吸暫停綜合征時缺氧狀態的關系
  2. Fsmail adopts and implements the asynchronous event driven mechanism, with all those network i / o operations in the server working under the non - blocking style ; accomplishes object - oriented heap with the dynamic array, adapted to any type of data ; adopts the multi - queue scheduling mechanism based on a fsm, easily to fulfill the extentions of delivery funtions ; fulfills the non - blocking domain name resolvement mechanism and the caching of the resolved results ; implements the non - blocking user database management and the caching of the user data recently accessed ; uses the unified memory pool management, avoiding the memory leakage and improving the performance of the fsmail server ; lastly, implements the log management server based on the c / s mode, eliminating the inconsistency of the logging metadata and being adapted to any kind of application logging

    Fsmail採用並實現了異步事件驅動機制，所有網路i o的實現使用了非阻塞方式；以動態數組實現了基於面向對象的堆隊列，屏蔽了堆數據的非一致性；使用了基於有限狀態機的多隊列郵件調度機制，為后續版本的擴展性提供了良好的介面機制；服務器內部實現了非阻塞的域名解析機制，並實現域名地址緩存；實現了非阻塞的用戶數據庫管理模塊，並實現用戶數據緩存；使用了統一的內存池管理機制，既防止了內存泄漏，又提高了服務器的性能；最後，還實現了基於c s模式的日誌管理服務器，屏蔽了日誌數據元的非一致性。
  3. Pomegranate contains rich organic acids, vitamins c & b, proteins, calcium, phosphorus, potassium and other mineral substances, can deliver a large amount of oxygen to the basal layer of skin tissues, help regulate the skin grease secretion, improve the cell respiration, skin resistance and detoxifying capability, remove skin toxins that block up pores, shrink flared pores, leave pores pure again, present the skin with perfectly smooth touch, bright tone and natural, youthful brilliance

    石榴中蘊含的豐富有機酸、維生素c & b ，蛋白質及鈣、磷、鉀等礦物質，能將大量氧氣帶到皮膚組織底層，幫助肌膚調節油脂分泌，煥發細胞呼吸，提升皮膚抵抗力及排毒功能，排清阻塞毛孔的皮膚毒素，收細粗大毛孔，讓毛孔回復純凈無污染狀態，肌膚觸感完美順滑且膚色明亮，展現自然青春光彩。
  4. With the setting of the peculiar conditions, we contribute the above system model for the first time to a kendall model, i. e. / l, : the size of buffer 1 / fcfs ( for same kinds of cells ) / l2 : the size of buffer 2 / non - prevail pr ( for different kinds of cells ) we resolved the model by " state transfer " method

    在設定工作環境及條件的基礎上，本論文首次為該系統模型建立了肯達爾排隊模型。即：並運用狀態轉移方法進行了解析。最後的模擬實驗數據表明優先級調度輸入?線群多通道輸出atm交換系統模型較好地改善了hol阻塞，提高了輸入排隊atm交換網路的性能。
  5. Adopt advanced technic of f4 whole cold - press to moulding and heat melt to process to make, let the lining no slot to link withal cheek by jowl connect with exterior metalpipes wall, in the state of allowwing to work keep to distort in - phase, thereby to enhance using - life of lining in the working status of opposite high temperature high vacuum, stop the ecumenic pad fluorin pipes using in condition of cold and heat alternate and minus tension to come into being the matter of padding fluorin floor shrivel to jam the flowway and plastic rip, its perfect choice use to transport medium of strong corrosive strong oxidation by modern chemical - industry corporation

    採用氟塑料f4整體冷壓成型及熱熔加工等先進技術製造，使內襯層無縫搭接且與外層金屬管壁緊密粘接，在允許工作狀態下能夠保持同步變形，從而提高了襯里層在相對高溫高真空度的工況下的使用壽命，杜絕了一般襯氟管在冷熱交替，及負壓的條件下使用易產生襯塑層鼓癟阻塞流道及塑料拉裂的問題，是現代化工企業在輸送強腐蝕強氧化介質理想的選擇。
  6. To analyze some key technologies of optical network relative with rwa in detail, such as transmission, switching and internetworking ; to emphasize on the research of function, fabric and performance of optical cross - connection ; to carry out numerical simulations for crosstalk introduced by optical cross connect and to present measurements for suppressing it such as doubly filtering, fixing optimum decision threshold and appropriately choosing the number of multiplexed wavelengths ; 3. to research the fundamental principle and some problems relative with rwa, including the type of optical network, the type of traffic, the type of service, the survivability of optical network ; to classify and compare rwa algorithms and particularly research some dynamic rwa algorithms ; 4. to present reserved light - path and classify network resource such as used, unused and reserved status, to emulate establishment of all - optical connection in optical network through modified rwa algorithm and show effectively reducing setup time of all - optical connection utilizing reserved light - path ; to research rwa algorithms of multi - fiber network, to present new link weight functions dependent on node degree, unused fiber ( s ) per wavelength - layer and routing policies, to perform emulation of rwa based wavelength layer graph applying new link weight functions and show them make algorithms better performance and network lower blocking rate ; 5

    詳細分析了與rwa相關的光網路關鍵技術，包括傳輸、交換、組網等，重點研究了光交叉連接的功能和結構、性能，對其引入的串擾進行了詳細分析，選擇恰當的器件參數進行了數值模擬，並提出了抑制措施（如雙重濾波、優化判決門限、選擇恰當的復用波長數） ; 3 .研究了光網路的r認叭的基本原理、與r認叭的幾個相關問題（光網路類型、業務類型、流量類型、光網路生存性） 、 r認人演算法的分類和比較，具體研究了幾種動態r場人演算法; 4 .研究了以全光連接建立時間為優化目標的r認認演算法，提出預置光路的概念，對網路資源進行狀態分類（佔用、未佔用、預置） ，利用改進的r認叭演算法模擬，預置光路可為部分新到的連接請求快速建立連接，從而提高網路性能;研究了以多光纖網路連接阻塞率為優化目標的r認城演算法，提出了以節點度數、每個波長分層的空閑光纖數以及路由策略決定的幾種鏈路權重函數，利用基於波長分層圖模型的并行r場人演算法模擬，利用新的鏈路權重函數使得演算法具有更優的性能，使網路具有更低的連接阻塞率。
  7. This paper analyzed the mechanism that gas and liquid flow through the holes according to the fluid characteristics of the compound tray, and put forward that there are three states of liquid flowing, gas flowing and blocked for the holes because of the foam fluctuating on the tray while the compound tray operates

    本文根據復合塔板的氣液流動特點，分析了氣液穿孔流動的機理。根據前人的研究結果，提出復合塔板在操作時，由於泡沫層的波動，其篩孔存在通氣、通液和阻塞三種狀態。
  8. The state of the holes changes continuously along with the moving waves

    隨著波的運動，處于通液、通氣和阻塞狀態的篩孔不斷變化。
  9. 4 session id of the blocking latch owner could not be determined due to internal latch state transitions

    - 4 =由於內部閂鎖狀態轉換而無法確定阻塞閂鎖所有者的會話id 。
  10. 4 session id of the blocking latch owner could not be determined at this time because of internal latch state transitions

    - 4 =由於內部閂鎖狀態轉換，此時無法確定阻塞閂鎖所有者的會話id 。
  11. Method that blocks until a thread s

    方法，它通常處于阻塞狀態，直到一個線程的
  12. Method blocks until it receives the returned

    方法一直處于阻塞狀態，直到它接收到返回的
  13. The process thread remains blocked until a new message is available

    ，則在有新消息出現之前，進程線程仍處于阻塞狀態。
  14. Occasionally threads have to block on conditions other than object locks

    有時候雖然獲取對象鎖沒有問題，線程依然有可能進入阻塞狀態。
  15. Call would block until an object was enqueued, and then return that object

    調用通常處于阻塞狀態，直到有一個對象被加入隊列，然後它返回此對象。
  16. Thread a will now block waiting for the fork, while thread b blocks waiting for the knife, which thread a has

    線程a就會進入阻塞狀態來等待獲得叉，而線程b則阻塞來等待a所擁有的刀。
  17. If a process is waiting for an event, i. e., the process lacks one of the necessary resources for processing, it is in the blocked state

    阻塞狀態：進程等待某一事件完成而暫時不能運行的狀態，處于這種狀態的進程不能參加競爭處理機。
  18. Threads that attempt to acquire a semaphore when all the resources managed by the semaphore are in use simply block until a resource is free

    當信號量控制的所有資源都已被佔用時，若有線程試圖訪問此信號量，則會進入阻塞狀態，直到有可用資源被釋放。
  19. Liquid flows through the holes under wave crest, gas flows through the holes under trough and neither liquid nor gas flows through the holes under the wave middle that means the holes are blocked

    波峰對應的篩孔通液，波谷對應的篩孔通氣，波腰對應的篩孔處于阻塞狀態。
  20. During the running of distributed computing, deadlock would happen if the re - source allocation and requirement confliction occur. it is an infinite waiting state : a part of a process set which have held some resources send new resource requests to other resources, at the same time they find the requested resources have been held by another part of the same set of processes, all the processes are waiting each other for the holding resources releasing, then the system running stop

    在分散式系統中，如果資源的分配與需求產生沖突，系統中可能發生死鎖，這是一種無限阻塞狀態:發生死鎖的進程集合中的已經持有部分資源的進程在發出新的資源申請時，發現被申請的資源正在被這個集合中的其它進程所佔據，這個集合中的進程都將無限期地相互等待資源被釋放，從而導致系統運行陷入停滯。
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