slow component 中文意思是什麼
slow component
解釋
慢部份-
The light yield of the as - grown crystal is 1 865phe / mev, the decay time of fast component is 23ns and that of slow component is 99ns, the proportion of fast component and slow component is 88 % and 12 % respectively
光輸出性能測試結果表明ce : yap晶體的光產額為1865phe mev ，衰減時間的快慢成分分別為23ns和99ns ，快慢成分比例分別為88和12 。 -
On the other hand, the slow component of df is ascribed to the state qb - the next electron carrier of deoxidized side in ps ii. furthermore, we testified that the third component with lifetime much greater than the time of the registration period ( which is presented as a constant ), is corresponds to the recombination of p680 + and the backward transport electron from ps i
延遲熒光的衰減動力學依賴于從q迴流的電子（ electron ）與氧化態的p680 ~ + ，其中快相延遲熒光成份源於q _ a ~ -上電子迴流與p680 ~ +的復合產生，慢相成份源於q _ b ~ =上電子的迴流與p680 ~ +的復合產生。 -
As the key component of the beam - wave interaction of a traveling wave tube ( twt ) for exciting microwave energy, the slow - wave structure ( sws ) basically determines the performance of the twt
慢波系統作為行波管注波互相作用以激勵微波能量的核心部件，它的優劣直接決定了行波管的性能。 -
In two - component model of hydrogen - bonded chains, the system with nonlinear and linear coupling between proton sublattice and heavy - ion sublattice is investigated. fast - mode soliton pair and slow - mode soliton pair are obtained. as for fast - mode soliton the effective mass of the kink in the proton sublattice decreases due to the nonlinear coupling and increases due to the linear coupling. for slow - mode soliton, the thing is quite opposite to that of fast - mode soliton
在氫鍵鏈二分量模型中，研究質子子晶格和重離子子晶格相互作用項中同時含有非線性耦合和線性耦合兩部分的系統，得到快模孤子偶和慢模孤子偶.對于慢模孤子而言，非線性耦合降低了質子子晶格中孤子的有效質量，而線性耦合增加了質子子晶格中孤子的有效質量；對于快模孤子而言，情況正好相反 -
Cited with the temperature field model, it is made the equation of temperature component more right in the paper. applied the data of dam concrete ' s slow changing and dam foundation ' s flow changing, it is decided time independent by their relationship
引用溫度場模型，使溫度分量表達式更加確切，以及利用壩體混凝土的徐變資料和基巖的流變資料，建立本構關系求解時效分量。 -
In this dissertation, each of the twt component building blocks, such as the electronic gun, slow - wave structure and the collector, is presented. the thermal theories and the thermal conduction ways of each subsystem are discussed. the author presents some advice on the fast working of twt, the optimization of helix - slow wave structure, and how to minimize the collector
本文論述了小型化行波管電子槍、慢波結構和收集極等部分產生熱的機理以及熱傳導過程，針對小型化行波管的啟動速度、改善和優化螺旋線慢波結構以及縮小收集極體積等方面的提出了改進建議與設計。 -
The key component of a high - power microwave device is the rf structure in which the beam and wave interact. to traveling wave tube ( twt ). it is the slow - wave structure ( sws ) which basically determine the performance of the twt
高功率微波的重要研究領域之一是高功率微波源，而高功率微波源的核心部件是電子注與波進行互作用的場所，對行波管而言即為慢波系統，它的優劣直接影響高功率微波源的性能。 -
As the key component of the beam - wave interaction of a traveling wave tube ( twt ) for exciting microwave energy, the slow - wave structure ( sws ) basically determine the performance of the twt
行波管中的慢波結構作為行波管的一個核心部件，它的性能的優劣直接決定著行波管的整體性能。
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