first-level storage 中文意思是什麼
first-level storage
解釋
一級存儲器-
First, the energy would diffuse after multiple frames accumulation and bring agglomeration effect. second, the amount of calculation and storage level are huge when the snr is low, especially the number of accumulated frames is large. to solve the problems, two methods have been resorted
但由於其本身存在著不足，一是多幀積累后能量擴散，產生團聚效應;二是在信噪比較低時，需要積累的軌跡很多，存儲量和計算量都較大，尤其是當積累幀數較多時。 -
The traditional level measuring methods can n ' t meet our demand because the subjective investigated is in such a poor systemic condition that the temperature is a little high and there ' s so many mill dust and steam there. in this article we perform systemic discuss and research against the dynamic level measuring method under special working condition on the basis of analyzing kinds of level measuring technique in and abroad. first we establish the pressure distribution mathematic model in storage bin and then deduce the mathematic relation between level height and the uniform stress on the bottom of the bin and designed a resistance compressive stress sensor used for the special condition and put forward a resoivement according to its zero excursion existing in practical use
由於本研究系統被測對象環境溫度較高且潮濕，同時料倉中有大量粉塵及蒸汽，因此傳統的料位檢測方法不能滿足本測試要求。本文在分析國內外各種物位檢測技術的基礎上，針對特殊工況下動態物料高度的檢測進行了系統的探討與研究。首先建立了料倉中的壓力分佈數學模型，推導出料位高度與倉底均布壓力間的數學關系式，並據此設計了中溫電阻應變式壓力傳感器，同時對它在實際應用中存在的零點漂移等問題提出了改進措施，提高了傳感器性能，解決了上述特殊工況下動態物料檢測的技術難題。 -
Perhaps the first country to build a permanent storage site for its high - level nuclear waste will be finland
芬蘭或許會是第一個為高放射性核廢料建造永久儲存場的國家。 -
With regard to the buffer storage of the module, a new method called two - lever buffer structure is adopted, in which the fpga ‘ s internal ram cells is the first level buffer and the sdram of embedded system is the second level buffer
2 .在設備的緩存方案上採用二級緩沖結構，利用fpga內部提供的存儲器單元作為第一級緩沖，利用嵌入式系統中的sdram作為第二級緩沖，實現了多通道、大規模緩存技術。 -
The dss design in this project is the first one in this field in china, and reaches the international level at the end of 1990s as well. the software designed in this project is based on the microprocessor ( singlechip w77le58 ) that is used of management and control electrocircuit and signal collecting 、 data calculation 、 data storage 、 data communication and signal display
本文中數字存儲示波表的軟體設計以微處理器（單片機w77le58 ）為核心，對示波表中各種功能電路進行管理和控制，執行信號採集，數據計算，數據存儲，數據通信，顯示等任務。
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