density-related process 中文意思是什麼

density-related process 解釋
密度關聯過程
  • density : n. 1. 稠密;濃厚。2. 【物理學】濃度;密度;比重。3. 愚鈍,昏庸。
  • related : adj. 1. 所敘述的,所說的。2. 相關的,有關系的〈尤指有親戚關系的〉。3. 【音樂】和聲的。n. -ness
  • process : n 1 進行,經過;過程,歷程;作用。 2 處置,方法,步驟;加工處理,工藝程序,工序;製作法。3 【攝影...
  1. The hard process is included in a natural way, which offers the opportunity to calculate the parton spectra and parton density which aie closely related to the forinatioi1 of quark gluon plasma. the strict calculation is performed on the parton level, however, hadrons are finally observable particles

    而pomeron與remnant之間的關聯,以及pomeron之間的關聯,則通過補償夸克(或感應夸克)來實現? ?每當一個海夸克或一個反夸克從真空中激發出來作為pomeron的色弦端點時,它的反粒子也從真空中激發出來,進入到相鄰的remnant中。
  2. The paper puts forward the clustering algorithm includes : clustering based on grid and iterative, enhanced clustering algorithm base on density and k - medoids, enhanced k - means algorithm ( optimize chooseing consult _ points in iterative process ), enhanced clustering algorithm base on distance. they can overcome many limitations ( some traditional algorithms terminate in local optimization. many results of cluster are roundness, too many times in partition iterative process ), which are related to the static architecture of traditional model

    在傳統聚類演算法的基礎上,結合我們科學數據挖掘的應用對象?分子動力學數據,提出了迭代網格聚類演算法, k -平均和基於密度結合的聚類演算法,迭代過程中優化選擇中心點的k -平均方法,以及改進型的基於距離的聚類演算法等模式識別方法,能夠解決傳統演算法帶來的諸多問題(比如一些傳統的聚類演算法常常收斂于局部最優,發現都模式都趨近於球形,劃分方法中迭代次數過多帶來的效率問題) 。
  3. The varied rule of increment ( the equation is abbreviated ) of water depth - wave length ratio shows that wave length decreases with a complicated process, related with increasing density of wave energy

    水深波長比差值(方程式略)的變化規律反映出淺水波長縮減為一復雜過程,並與波能密度加大相關。
  4. ( 3 ) on the background of the development of an ignition rocket, some application investigations have been carried out. some parameters related to water - resistant ignition mixture, the charge of ignition rocket, such as heat - flow, density of charges, structure of charges, coating and its process, area ratio of nozzle and high temperature corrosion of the nozzle, were calculated and studied, respectively. on the basis of the above studies, an ignition rocket was successfully developed

    ( 3 )進行了應用研究,以某系列點火發動機的研製為背景,分別對耐水點火藥用作點火發動機裝藥所涉及的能量衡算、裝藥密度、裝藥結構、包覆及其工藝、喉面比及噴口燒蝕等問題進行了分析和實驗研究,在這些研究的基礎上成功地製作了一種點火發動機。
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