positive infinity 中文意思是什麼
positive infinity
解釋
正無窮大-
We fhd that the energies have the following important properties : ( 1 ) the energies are positive and monoton - ically decrease to their arnowitt - deser - misner ( adm ) masses at spatial infinity ; ( 2 ) the energies have the correct newtionial limiting, and include the binding energies from the gravitation ^ electrostatic charge and dilaton charge, respectively ; ( 3 ) martinez ' s conjecture is valid for such black holes
結果表明該能量具有如下幾個重要特徵： （ 1 ）該能量是正定的，且隨徑向坐標單調遞減，在無窮遠處為黑洞的adm質量； （ 2 ）該能量具有正確的牛頓極限，並包含有分別來自於引力、靜電荷和伸縮子荷的束縛能； （ 3 ） martinez猜測對這些黑洞依舊成立。 -
| | of sb and that there exists a positive nondecreasing function ( a ), a > 0, such that with some k, r, b > 0. then assuming also that ( ) is a regularly varying function at zero, or at infinity, with a positive exponent, [ l ] has proved large deviation results for increments like sup sup | | ( t + s ) - ( t ) | |, which then used to establish module of continuity and large increment estimates for ( )
假設存在正的非降的函數（ a ） ， a 0 ，使得對某個k ， ， 0 ，有成立，還假設（ ? ）是帶有一個正指數，在零點正則變化的函數，文[ 1 ]中給出並證明了形如的增量的有關結論，並由此建立了（ ? ）的大增量及連續模的極限定理。 -
Gets or sets the string that represents positive infinity
獲取或設置表示正無窮大的字元串。 -
Gets the invalid number that is a positive infinity, a negative infinity, or not - a - number
獲取無效數字，它可以是正無窮大、負無窮大或非數字（ nan ） 。 -
Positive and negative infinity
正無窮和負無窮。 -
Under this flow, the convex initial curve will preserve its perimeter, enlarge the enclosed area and make its curvature to be positive definitely. and as the time lasts, it will become more and more circular, and finally, as the time goes to infinity, the curve will converge to a circle in the hausdorff metric
本文證明在這種新的曲線流之下，閉凸曲線周長保持不變、所圍區域的面積不斷增大而曲率保持恆正（從而保持凸性） ，並且，隨著時間的推移曲線變得越來越圓，最終當時間t趨向于無窮大時，曲線在hausdorff度量意義下收斂到一個圓周。 -
To determine whether a value evaluates to positive infinity
確定值是否計算為正無窮大。 -
While am + sl = q, the upper bound is positive infinity, and 9 can be taken as an arbitrary positive constant
當m + l = 0時，其上界為正無窮大，亦即可取任意正常數。 -
Dividing a floating - point value by zero results in either positive infinity, negative infinity, or not a number, according to the rules of ieee arithmetic
根據ieee演算法的規則，將浮點值除以零會產生正無窮、負無窮或「不是數字」 （ nan ） 。 -
The div operator performs floating - point division, the mod operator returns the remainder from a truncating division. the floor function returns the largest closest to positive infinity number that is not greater than the argument and that is an integer. the ceiling function returns the smallest closest to negative infinity number that is not less than the argument and that is an integer
Div運算符做浮點除法運算， mod運算符做求余運算， floor函數返回不大於參數的最大整數趨近於正無窮， ceiling返回不小於參數的最小整數趨近於負無窮 -
Is positive or negative infinity if
為正）或負無窮大（如果 -
Returns a value indicating whether the specified number evaluates to negative or positive infinity
返回一個值，該值指示指定數字是計算為負無窮大還是正無窮大。 -
The exception that is thrown when a floating - point value is positive infinity, negative infinity, or not - a - number
當浮點值為正無窮大、負無窮大或非數字（ nan ）時引發的異常。 -
This kind of rounding is sometimes called rounding toward positive infinity
這種舍入有時稱為「向正無窮舍入」 。 -
Represents positive infinity
表示正無窮。 -
Round toward positive infinity
向正無窮大方向舍入 -
Returns a value indicating whether the specified number evaluates to positive infinity
返回一個值，通過該值指示指定數字是否計算為正無窮大。 -
It is not possible to determine whether a value evaluates to positive infinity by comparing it to another value equal to
的值進行比較來確定該值是否計算為正無窮大。 -
The exception that is thrown when a floating - point value is positive infinity, negative infinity, or not a number
當浮點值為正無限大、負無限大或者不是數字（
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