離解力 的英文怎麼說
中文拼音 [líjiělì]
離解力
英文
dissociating force-
Keywords : moisture distribution, bound water content, bonding energy, solid - liquid separation, gravitational sedimentation, filtration and expression, centrifugal separation, thermal pyrolysis, and resource reuse and utilization
關鍵詞:水份分佈、結合水量、水份鍵結能、固液分離、重力沉降、過濾壓榨、離心分離、無氧熱分解、資源回收利用。But almost none studies analysis and design principle about quasiliquid device by the numbers. for providing theory guidance for quasiliquid device design and improving capability and reliability of quasiliquid fuzes, taking experience formula of loose object orifice flowage of loose object mechanics, this paper constitutes three type quasiliquid safety and arming device mathematics models by force analysis
為了為引信準流體機構設計提供理論指導,提高準流體引信性能及其可靠性,本文以散體力學散粒體孔口流動經驗公式出發,結合典型準流體機構具體結構,通過受力分析,建立了離心力驅動、彈簧力驅動和離心力與彈簧力相結合驅動三種典型準流體延期解除保險機構地解除保險過程數學模型。An investigation on the experiment setup for the molecular spectrum and molecular photodissociation dynamics
分子光譜和光解離動力學研究實驗裝置的研製Because of this, rempi technique can be used to study molecular spectrum, analytical chemistry, state - resolved detection, photoionization and photodissociation dynamic, laser isotope separation and combustion diagnose
Rempi技術在分子光譜、分析化學、態分辨探測、光電離解離動力學、同位素分離、燃燒過程的診斷和分析等研究領域中發揮著重要的作用。So the inve stigations of rempi in different systems have comprehensive value in basic field or applied field. in recently years, the photodissociation of sulfur and carbon contained polyatomic molecule has been attracted much attention because these species play a key role in atmospheric physics, environment pollution and ecological preservation
對含硫、碳化合物的研究在大氣物理、環境污染、生態維護和生產應用中具有重要的作用,因此含硫、碳氫化合物的光解離動力學研究受到了較多關注。The equipment had broken their ability, and broken sound short, the operation and maintenance convenience, the pulp is not only cut off from their role and the role of advantages
該設備具有碎解能力強、碎漿時間短、操作維修方便、對漿料只有離解作用而沒有切斷作用等優點。Isar transmits wide bandwidth signals to obtain high range resolution. the cross - range resolution is obtained by the doppler frequency information of the target ’ s rotation
逆合成孔徑雷達通過發射大帶寬信號獲得好的距離解析度,利用目標相對于雷達的轉動產生多普勒頻率梯度來獲取好的方位向分辨力。Since the departing process of fire work departing installation is a highly nonlinear transient dynamic process, it relates to many speciality field, and the characteristic of the material is very complex under the highly rate and highly pressure distortion, the design methods and the design formulae by experience which has been used for a long time are very limited, the facter which truly affect the departing process of fire work departing installation cannot been reflected in the design calculation, the structure modelling and optimization of the fire work departing installation is cannot been carried out by the traditional optimization method
由於火工分離裝置的分離解鎖過程是一個高度非線性的瞬態動力過程,涉及多個學科和專業領域,而且材料在高速高壓條件下瞬時性態十分復雜,長期以來所沿用的經驗設計方法和設計經驗公式的局限性很大,對火工分離裝置分離解鎖過程一些實際有影響的因素不能定量地反映到設計計算中來,採用傳統優化方法無法實現火工分離裝置的結構優化建模和計算。Experiments were carried out at 100℃ and pressures sufficiently low to prevent dissolution.
試驗是在100和壓力低到足以防止離解的條件下進行的。Then by the mathematics models parameters of quasiliquid machines are studied and orifice and spring force and off axis force mostly effects the distance of safety and arming
據此數學模型對引信準流體機構進行參數分析。影響引信準流體延期解除保險距離主要因素是泄流孔徑、彈簧推力、離心力。At the beginning of 60 years, laser radar whose primary function is to measure distance appeared. developping for nearly half century, laser rader have been widely applied in many areas, especially in military application because of its particular merits such as high angle - solution, high - speed - solution, high - ditance - solution, nice - anti - jamming ability and good consealment. recently, in iraq war, the precision control and guide weapons depend on laser radar techniques embodied their powerful abilities. the laser radar technique is a very important part in u s military system
歷經半個多世紀以來,激光雷達以其高角解析度,高速度解析度,高距離解析度,強抗干擾能力,好的隱蔽性,以及出色的全天候工作能力在很多技術領域尤其是軍事領域中得到廣泛的應用。最近的伊拉克戰爭中,以激光雷達為依託的精確制導武器顯示出了其強大的作戰能力,激光雷達技術在美軍作戰系統中扮演著重要的角色。This equipment has strong pulp ability, short time and convenient maintaining. it is only dissociating function and not cutting off to the thick liquid material
該設備具有碎解能力強、碎漿時間短、損傷維修方便、對漿料只有離解作用而沒有切斷作用等優點。The creative points of the thesis are as follows : ( 1 ) the thesis establishes turbulence boundary layer equation that contains centrifugal force in flow field of two - dimension boundary layer of centrifugal pump and gives its solution
本文創新之處是: ( 1 )在離心泵葉輪二維邊界層流場內,建立了包含離心力的湍流邊界層方程並給出了近似解。As the deformation caused by centrifugal force is beyond the small deformation range, the large deformation effect was also taken into account in the equation. two models are constructed, one is of shrouded blade and the other is of bladed disc. the static natural frequencies and dynamic frequencies ( under 3000rpm ) are calculated by the finite element method and cyclic symmetry technique
針對葉片的結構特點,採用適應較強的三維八節點實體單元模擬葉片,建立葉片運動微分方程;葉片?輪盤系統在高速旋轉時,受到離心力作用,使葉片發生大變形,故在方程中考慮了幾何大變形的問題;為研究葉根輪緣之間的接觸狀態,建立了考慮葉根?輪緣接觸的有限元方程,利用拉格朗日增廣演算法來求解該方程,確定葉根輪緣之間的接觸面狀態。The development of high range resolution radar has given strong support to ratr
高距離解析度雷達技術的發展為ratr的研究提供了強有力的技術支持。Ultra - wide band ( uwb ) radar is paid more attention to due to its great capabilities in high range resolution, robust anti - jamming and low probability of interception
超寬帶雷達因其高距離解析度、強抗干擾能力、低截獲率等優異的性能受到越來越多的關注。And then, based on above, the high dynamic pressure tests controlled strickily to load upon drixed liquid samples have been caned out on the two stage ligh gas gun, and five data shocked experiment with first compression are obtalned within l0gpa ~ 25gpa they are all located in a narrow region, upper the decomposed point of carbon monoxide but lowe than tha of nitrogen ( roughiy 26gpa )
在此基礎上利用二級輕氣炮對初態受到嚴格控制的混合液樣進行動高壓加載,獲得了10gpa 25gpa范圍內的五個一次沖擊壓縮數據點。這些數據點均位於co的離解壓力點以上, n _ 2的離解壓力點以下的狹窄范圍內。Based on the method of limitation analysis of soil plasticity, researching from the soil arching mechanism of soil - nailing retaining, the upper limit of the critical height of soil - nailing slopes and the minimum horizontal length from coping of the potential slide surface to the edge of deep excavation are obtained through the analysis to weight of soil and vertical loading and the mechanism of soil and soli - nailing acting reciprocally
摘要基於土的塑性極限分析方法,以均質土坡為例,從土釘支護結構的準粘聚力理論出發,綜合考慮土體自重、坡頂的條形荷載,以及土釘與土體的相互作用的機理,推導出了土釘支護的臨界高度的上限值和潛在螺旋曲線滑動面在坡頂方向距基坑邊沿的最小水平距離解析表達式,可供基抗支護設計參考。With the introduction of two variables ? “ shareholders ’ supervision, portfolio of salary and control rights ”, we construct a new tmt “ principle ? agent ” optimizing model ; moreover, basing on mathematical analysis of company performance mechanism, a linear model of corporate performance and tmt incentive portfolio is built ; and also, variables of incentives and control rights are introduced to help parsing tmt incentive problems in the view of the shareholders ’ supervision and we succeed in separating the contribution of tmt ’ s ability to corporate performance from their endeavor. so we propose three ways to inspirit tmt ? annual salary design based on implicit value, performance - based bonus and stock ownership, and non - material incentive portfolio mode as well, which can overcome shortcomings of traditional single explicit material incentives system
引入公司股東監督變量、薪酬與控制權激勵組合變量構建新型的高級管理層激勵組合委託-代理優化模型;結合公司績效產生機理的數學分析,構建了公司績效線性模型與高級管理層線性激勵組合模型;引入股票期權激勵與公司控制權激勵變量,解析基於股東監督的高級管理層激勵問題,成功實現了公司高級管理層能力變量與努力變量對公司績效貢獻的分離解釋;提出了基於隱性價值的年薪設計、基於績效的獎金與股權設計、基於隱性需求的非物質性激勵組合模式,克服了傳統的單一的物質性顯性激勵的局限性。Firstly, based on n - s equation, the momentum differential equation ( contained centrifugal force ) is derived by simplification in boundary layer and then integrates the differential equation over the thickness of the boundary layer, the momentum integral equation is deduced. the dimensionless centrifugal factor is introduced, then the solution of the momentum integral equation is obtained. the dimensionless group is introduced to determined separation of boundary layer
本文首先根據粘性流體力學的一般方程,通過在邊界層內進行量級比較,在所限定的范圍內得到了含有離心力的邊界層動量微分方程並給出其滿足的邊界條件,然後對該微分方程在邊界層內積分得到離心泵葉輪邊界層動量積分方程,在求解過程中引入了無量綱離心因子,並作了相應合理的假設,得出積分方程解的一般表達式,並引入以邊界層動量損失厚度為主要特徵量的無量綱參數對邊界層分離進行評價。分享友人