form n. 1.形态;形状;样子,外貌;【哲学】形式 (opp. content)。 2.人影,物影。 3.格式;表格纸 (= 〔美国〕blank)。 4.型;方式;种类。 5.(人的)姿态,神气,精神;健康状态。 6.态度;礼节;仪式。 7.结构,组织。 8.〔英国〕条凳。 9.(学校的)年级。 10.【语法】形式,词形。 11.【物理学】(晶)面式;【印刷】印版;【机、建】型,模壳。 12.(野兔等的)窝,洞。 I see a form in the dark. 我在黑处看见一个人影。 fill in [out] the form 填表。 an order form 定(货)单。 a telegraph form 电报纸。 attach importance to form 着重形式。 a matter of form 形式上的问题。 an established form 一定的方式。 bad form 失礼举动,粗鲁行为。 good form 〔英国〕有礼貌的态度,端正的行动方式。 a form of address 称呼。 the form of government 政体。 after the form of 照…的格式。 be in (good) form (运动员等)竞技状态良好。 for form's sake 为了划一形式,形式上。 minute forms of life (微)生物。 in due form 正式地,照规定的格式。 in form 形式上。 in great form 精神饱满。 in the form of 用…的形式。 in [under] various forms 用种种形式。 lose one's form = out of form (运动员)情绪失常。 (run) ture to form 一如往常,一贯。 take the form of 取…的形式,表现为。 vt. 1.形成,养成,塑造。 2.构成,成立,组织。 3.作出,想出。 4.【语法】构(词),造(句)。 5.结成(同盟)。 6.【军事】排成;编成 (up)。 form the dough into loaves 把面粉团做成面包。 The House is not yet formed. 议会还没有组成。 form fours 成四列。 vi. 1.形成,产生。 2.【军事】排队。 form into line 排成队。 form itself into 成…形。 form part of 成为…的组成部分。 form the character 陶冶品性。 n. -ing 成形,成型,模铸。 adj. -less 无形状的,无定形的。
The capsulation and extension of the functions form a virtual machine environment , programmes running on which appear to be the same as they do on a single pc , also , the difference between api interfaces in different commercial operating systems is masked , as well as meeting the transparence demands of operating system , and enhancing the transplantable ability of the applied programmes in the upper layer to a great extent 这些封装及功能扩展,构成了一个虚拟机环境,程序如同运行在pc机上一样。这就屏蔽了底层商用操作系统api之间的差异,就满足了rsp之上的应用层对操作系统透明性的需求,很大程度上增强了应用层(也称业务层)软件的可移植性。
Radial point interpolation meshless method with unequal - rank polynomial basis is selected and its shape function formed manner is discussed . then , the mainly solved equations for plane strain biot consolidation problem with this method are given . moreover , the according calculation program is written 本文探讨了不等阶(多项式基)径向点插值无单元法形函数插值格式,给出了其求解平面应变下比奥固结问题的主要方程,编写了相应的计算程序,并对软基路堤的沉降进行了非线性计算,取得较满意的结果。
This thesis first introduces the basic theory used in fog , and then analyses the resonator - one of the key parts . this analysis illustrates the output character under certain laser frequency width . the output character is converted into lorentz function form considering the laser frequency width 本文首先介绍了谐振式光纤陀螺的基本原理,对其关键器件- - -谐振腔的谐振特性做了分析,重点分析了在激光器频宽一定的条件下谐振腔的输出特性,并最终将其转化为包含了激光器频宽的洛伦兹函数形式。
We improve this method as follows : ( 1 ) single jacobi elliptic function is replaced with an unified jacobi elliptic equation , thus repeated calculation is avoided ; ( 2 ) extending the expansion method from sole - function to double - function form , the more solutions for npde are obtainted ; ( 3 ) using many of jacobi elliptic functions besides ordinary three kinds , the content of solutions represented by jacobi elliptic by the jacobi elliptic function expansion method and computer functions is very abundant 我们对此方法做了如下几点改进:用统一的jacobi椭圆方程组代替单个的jacobi椭圆函数,避免重复计算;将jacobi椭圆单函数展开方法推广到jacobi椭圆双函数展开,这样可以得到更多的解;将通常使用的三个jacobi椭圆函数推广到多个jacobi椭圆函数,丰富了用jacobi椭圆函数表示的解的内容。利用改进的jacobi椭圆函数展开法,求解了bbm方程和boussinesq方程组。
In addition , adopting genetic algorithm to search the parameters of parametric estimation method is put forward . for the function form assumption of parametric estimation method is subjective , adopting different function form to construct production frontier is analyzed , the concepts such as tle ( total loss of efficiency ) and ale ( average loss of efficiency ) etc . are put forward and the empirical research is done 2 .文中提出了采用遗传算法寻求生产前沿面参数的方法,针对参数生产前沿面函数形式假设偏主观性的特点,文中对不同生产函数形式假设构造参数生产前沿面的优劣进行了研究,定义了总失效率、平均失效率等概念。
Every logical model defined on the continuous interval [ 0 , 1 ] alters continuously following generalized correlative coefficient he [ 0 , l ] and generalized self - correlative coefficient he [ 0 , l ] . for example fuzzy logic is only one of the exceptions of gl when h = l . firstly , in this paper it is described that gpl and , or and negation operations can be realized mathematics using a few of forms , such as exponential form , polymorphous form and triangular function form 由于在建立命题泛逻辑学时,包含了已知各种命题逻辑的逻辑学要素(如真值域,命题连接词等) ,而在每一个逻辑学要素中又包含了已知的全部可能性(如从最大负误差到最大正误差等) ,所以不仅已知的各种命题逻辑是命题泛逻辑学的特例,而且还可以生成新的命题逻辑。