fj- 中文意思是什麼

Vertical reducer for tank series fj cyclindrical and cone gears reducer

釜用立式減速機fj系列圓柱圓錐齒輪減速機

For hoods with shutters in four sides, the results show : 1 ) the hoods positively placed boards are called hoods used for venting airflow ; hoods negatively placed boards are called hoods used for leading airflow ; 2 ) among the hoods used for venting airflow, the most effective hoods should have positive declining angle value of 30, the ratio 4 of areas between the four windward faces and the gular section ( fy / fj = 4 ), the value of b range from 70 mm to 120 mm and the value of b / h range from 0. 5 to 0. 6 ; 3 ) the most effective hoods should have negative declining angle value of 60, the ratio 4 of areas between the four windward faces and the gular section ( fy / fj = 4 ), the value of b range from 100 mm to 170 mm ( the optimum value is 120 mm ) and the value of b / h range from 1. 4 to 2. 2 ( the optimum value is 2. 0 )

對於四面設百葉型風帽，計算表明: l ）正裝傾斜擋板的百葉型風帽可認為是排風型風帽，倒裝擋板傾斜的百葉型風帽可認為是進風型風帽; 2 ）排風型風帽中，擋板正裝30 」 、風帽四個迎風面的有效面積fy和風管凈斷面積fj的比值（ fy腸）為4 、擋板寬度b在70inln到120inln之間、板間距比值隴在0 . 5到0 . 6的百葉型風帽排風效果最好; 3 ）進風型風帽中，擋板倒裝裝60 「 、風帽四個迎風面的有效面積和風管凈斷面積的比值（ fy例）為4 、擋板寬度b在100咖到170mm之間（ 120mm為最佳） 、板間距比值隴在1 . 4到2 . 0的進風型風帽（ b爪= 2 . 0為最佳）的百葉型風帽進效果最好。

First we give the conception of multimedia - instance model, which consist of 7 - tuple mi ( s, f, a, a, fi, sv, fj ' 9, where s is a set of states, which captures a certain structure to store information. f is a set of features, which presents pieces of information of given states, a is a map from sto 2 ". a " is a set of feature - state relations on 2f xs, which reflects the relation between characteristics of state, fi is a set of relations defined on s. which reflects the relation between states

我們首先定義媒體實例的概念，該媒體實例為7元組mi =口，幾且， o ，盡sv ， 919其中， s是一個狀態集，一個狀態捕獲一個確定的用於存儲信息的結構； f是一個特徵集，一個特徵反映給定狀態中一則有意義的信息；允： s 2 ?是一個從狀態到特徵冪集的映射，反映一個給定狀態中所具有的特徵； "是一個在2 ? s上的關系集，它反映狀態中特徵之間的關系；膽是一個在s上的關系集，反映狀態之間的關系； sv是一個狀態變量集； fv是一個特徵變量集。

Cot1s i deri ng that t he exte ] - ioi - in t el - ference mai n1 y comes from t 11e sea fl o v l11elj i t i s un ( lel ' - i1 t el ", thi s nfr ) j { j1t i ; fi + lk, 7 : f } itft, ? } { t ! : i / cx pal7er veri fj ed t he st i ~ ol1g 1 ~ oi ) ust ness of th is fuxzy va1 - iilb1 e st l ' uctul ' c control method against the mode1 uncertainties and external disturhances, such as the variat ions of the sea current i s sdeed and direct ion, ancl it a1 so coinpared it se1f wi t. h the l > ji ) contl ~ o1 ler in comnlon use and the regu1ar variable structure contro11 er

論文分別討論了潛器縱向，橫向和航向三個子系統在不同條件下的控制問題，考慮到該潛器潛航時外界干擾主要來自海流，驗證了模糊變結構控制方法對模型參數時變及海流速度、方向變化的強魯棒性，同時將該控制器跟實際工程中常用的pid控制器和常規的變結構控制器的控制效果進行比較，並結合實際情況，將該控制器同縱傾調節相結合進行控制以更好地滿足實際工程的需要。

Based on the viewpoint of interaction between waves in plasmas, the partial differential equation that causes the spectral lines broadening has been deduced from radiation transfer equation of high - frequency electromagnetic waves in plasmas. the numerical solution has been obtained by using the fortran program we compiled. we concretely calculated the spectral lines widths of and fraunhoferx 3704 in corona, fj / a4923. 9 in dwarf nova oy car and f. / a4934 in the variable star rr lyrae

本文從等離子體波與波相互作用觀點出發，由高頻電磁波輻射轉移方程導出了引起譜線寬度變化的偏微分方程，編寫fortran程序求解偏微分方程的數值解，具體計算了日冕綠線f _ exiv 5303和夫朗禾費線3704 、矮新星oycarf _ eii 4923 . 9 、天琴rr型變星f _ ei 4934的譜線加寬值，對以上各譜線加寬中的等離子體致寬效應作了初步計算。

Large white and fengjing pig, w ： wzs pig, lw ： larger white pig, fj ： fengjing pig. the special band of wzs pig is indicated by an arrow

Wzs個體為1頭五指山豬， lw為長白豬， fj為楓涇豬。五指山豬特有的深色帶所出現的位置以箭頭所示。

The results showed, fh6 and wj belong to rhodotorula mudlaginosa and rhodotorula sp, fj, xh3, f2, f1, fj2, f8, fj3 belong to candida guilliermondii, candida parapsilosis, candida tropicalis and candida albicans, w2 belongs to cryptococcus neoformans, fh2, fh3, w3 belong to cephalosporium acremonium and cephalosporium sp, fh5 belongs to aspergillus flavus, dh3 belongs to acremonium, fh4 belongs to pleospora. in the last part of this research, elementary animal experiment were processed

Fh _ 2屬于頭孢霉屬的頂頭孢霉， fh _ 3 、 w _ 3屬于該屬的其它種； fh _ 5屬于麴黴屬中的黃麴黴群；菌株dh _ 3與acremoniumalternatum關系最近，屬于枝頂孢霉屬；菌株fh _ 4與pleosporarudis關系最近，初步歸入格孢腔菌屬。

Repair no output signal on universal scintillation detector fj

型通用閃爍檢測器無信號輸出故障修理

In all cases you are using b / c - grade material and fj and glue joint is allowed

你可以用b / c級材料和fj以及連接處用膠粘是被允許的

Putney jw, jr broad lm, braun fj, et al. mechanisms of capacitative calcium entry j. t cell sci, 2001, 114 : 2223

薛慎伍，張兆巖，李瑋.皮質下動脈硬化腦病患者外周血紅細胞和血小板內鈣離子含量的變化j .中國動脈硬化雜志， 2004 ， 12 ： 713

Welcome to moonyue website. pease mailto us : sales @ my - fj. com if you have good ideas and any question. more products, please visit our on - line shopping website ! thanks

感謝您一直以來對公司的關注與支持，我們將一如既往全新以「創新用心誠信」的信條和守則為您服務。

For nonstationary stokes problem, materials ' anisotropic character should be considered in a boundary layer or near the angular of the domain fj. at this time, the subdivision to region q is not of regularity or quasi - uniform and should be anisotropic grid, which can describle the facts exactly. crouzeix - raviart element and rotary q4 element are failed in anisotropic grid and many others either ca n ' t satisfy the anisotropic property or ca n ' t be used to the moving grid finite element method. it ' s proved that five nodals element presented by professor houde han can overcome this shortcoming

常用crouzeix - raviart元和旋轉q _ 4元由於不能滿足各向異性插值特徵而失去效用。而其它許多單元或是不滿足各向異性插值特徵或是尚不能直接應用於stokes方程變網格有限元。經本文證明由韓厚德教授提出的五節點單元很好地解決了這一矛盾，這些結論以前是沒有人作過的。

Finally it describes a new network task scheduling algorithm which considers both throughput and latency. the contributions of this paper are as below : proposed a new duplication based task scheduling algorithm for fork - join graph considering the communication limits between different processors, named tdc _ fj. the test results show that tdc _ fj is flexible and effective for fork - join graph and it achieves good performance and reduces the requirements of processors

本文主要貢獻如下:提出了滿足通信限制的基於復制的優化fork - join調度演算法tdc _ fj ， tdc _ fj利用基於復制的fork - join最優化調度結果來對fork - join任務圖進行調度，並且在調度過程中加入處理器之間的通信限制，也就是一條通信通道不能同時被兩個通信事件佔用。