interpolating function中文是什么意思

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中文翻譯
造句

插值函數(shù)
內(nèi)插函數(shù)

interpolate vt.,vi. 1.竄改(文稿)。 2.增添，插入。 3 ...
function n. 1.功能，官能，機(jī)能，作用。 2.〔常 pl.〕職 ...
interpolating spline function 內(nèi)插樣條函數(shù)
polynomial interpolating function 多項(xiàng)式插值函數(shù)
rational interpolating function 有理插值函數(shù); 有理函數(shù)
interpolating 內(nèi)插
interpolating multiplier 插值乘法器
interpolating oscillator 內(nèi)插振蕩器
interpolating potentiometer 內(nèi)插式電位計(jì)
interpolating property 插入性質(zhì)
interpolating splines 內(nèi)插樣條函數(shù)
error equation for interpolating 內(nèi)擂誤差方程式
interpolating coding area 插值編碼區(qū)域
lagrange interpolating polynomial 拉格朗日插值多項(xiàng)代
periodic interpolating splines 周期內(nèi)插樣條函數(shù)
a function 絕對(duì)函數(shù)
and function “與”功能; 及函數(shù); 與酌; 與作用
and to or function 或作用; 與-或"作用
and-function "與"作用
function n. 1.功能，官能，機(jī)能，作用。 2.〔常 pl.〕職務(wù)，職責(zé)。 3.慶祝儀式；(盛大的)集會(huì)，宴會(huì)。 4.【數(shù)學(xué)】函數(shù)；與其他因素有密切關(guān)系的事。 The function of the ear is to listen. 耳的功能是聽(tīng)。 the function of education 教育的功能。 discharge one's functions 盡職。 the functions and powers of the National Congress 全國(guó)代表大會(huì)的職權(quán)。 a controllable function【火箭】遙控程序。 public [social] function招待會(huì)，文娛晚會(huì)，社交集會(huì)。 vital functions 生命機(jī)能。 vi. (器官等)活動(dòng)，(機(jī)器等)運(yùn)行，發(fā)揮作用。 function as teacher 擔(dān)任教師。 a sofa functioning as a bed 兼當(dāng)床用的沙發(fā)。 The lathe doesn't function well. 這臺(tái)車床有毛病。 function digit [letter] 【計(jì)算機(jī)】操作數(shù)碼[字碼]。
function of function迭函數(shù); function合成函數(shù); 元函數(shù)
no function 不動(dòng)作（動(dòng)作遲鈍）
not function "非"作用; 非門; 非邏輯操作非功能; 邏輯"非"函數(shù); 邏輯“非”函數(shù)
not-function 非功能
or function "或"操作, "或"功能; “或”邏輯函數(shù); 或功能

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例句與用法

The characteristic of cubic - hermite interpolating function indicates that it can approach to the highway horizontal alignment curve with a high degree , and simple in calculation
埃爾米特插值函數(shù)的特點(diǎn)決定其能很好地逼近被插值函數(shù)，且計(jì)算過(guò)程簡(jiǎn)便。
This article establishes a highway horizontal alignment design method bused on cubic - hermite interpolating function , which has a practical reference for future work
本研究建立了公路平面線形設(shè)計(jì)的埃爾米特插值函數(shù)方法，可供公路平面線形設(shè)計(jì)工作參考。
For the variables with greater gradient , a high - precision interpolating function , such as quasi - consistence hexahedral element method , is naturally necessary to be adopt
開(kāi)邊界給定方式宜采用速度dirichlet條件和流動(dòng)壓力neumann條件，以利用壓力無(wú)反射條件，加快計(jì)算收斂速度。
To improve computing precision , the latter applies interpolating function of curved - quadrilateral element containing six npdes to thicking the influence surface of grillage . compared with lagrangian interpolation for rectangular element and triangle plane interpolation , this way not only improves computing precision but be more suitable for the curved - bar grillage analyzing method introduced this paper
為了提高計(jì)算精度，本文應(yīng)用六結(jié)點(diǎn)曲邊四邊形單元插值函數(shù)加密梁格影響面，與矩形單元拉格朗日插值及三角平面插值方法相比，不但提高了計(jì)算精度，且更適于曲桿梁格分析。
The verification of the algorithm is performed using a gauss - distributed concentration ball and a stock wave at steady flow in an open channel . the comparison with an analytical problem solution shows that the precision and the stability of quasi - consistence hexahedral element method is as good as that of consistence hexahedral element method , better than that of the linear interpolating function method
6 、比較分析了網(wǎng)格布置形式對(duì)圓管流動(dòng)和臺(tái)階突擴(kuò)流動(dòng)計(jì)算結(jié)果的影響后表明，應(yīng)在物理量梯度變化較大的區(qū)域適當(dāng)加密網(wǎng)格，才能較好地模擬這些區(qū)域的流動(dòng)特性以及壁面對(duì)整個(gè)流動(dòng)的影響。
The solution algorithm involves tracing the characteristic lines backwards in time from a upwind element of an interior point . two advanced mehtods , quasi - consistence and consistence hexahedral element method , for three - dimensional advective problem are developed . and comparison of these two methods with linear interpolating function method is implemented
當(dāng)re 400時(shí)，流動(dòng)明顯地具有二維性； re 800時(shí)，流動(dòng)具有一定程度的三維性，而且出現(xiàn)了次回流區(qū)； re 1000時(shí)，流動(dòng)則具有明顯的三維性。
Important missing aspects are : turbulent flow , numerical discretization techniques specially the relevant and difficult topic of numerical treatment of advection and related numerical methods of solution , variable property fluids , boundary layers , stability , etc . rather , it focuses on more primitive and fundamental issues of numerical treatment of advective equation and proper formulation of initial boundary value ( ib vp ) . numerical problems associated with advective dominated transport include spurious oscillation , numerical dispersion , peak clipping , and grid oriention . however , the key of numerical solution of three - dimensional advective problem is searching for a high - precision interpolating function , which can keep the computational stability and low damping
3 、針對(duì)三維純對(duì)流方程提出了實(shí)用的擬協(xié)調(diào)單元模式，并與線性插值模式和協(xié)調(diào)單元模式比較后表明，在物理量大梯度變化的情況下，線性插值模式會(huì)產(chǎn)生較大的數(shù)值阻尼，導(dǎo)致解的失真；協(xié)調(diào)單元模式具有極高的計(jì)算精度和良好的計(jì)算穩(wěn)定性，還可較好地克服數(shù)值阻尼，但由于計(jì)及物理量的二階導(dǎo)數(shù)項(xiàng)，計(jì)算工作量大，邊界條件給定尚存在一定的困難；而擬協(xié)調(diào)單元模式不僅具有協(xié)調(diào)單元模式計(jì)算精度高的優(yōu)點(diǎn)，還避免了物理量的二階導(dǎo)數(shù)項(xiàng)，可大大地減少計(jì)算工作量。
Secondly , a new adaptive osculatory rational interpolation kernel function is constructed from the point of approximating the ideal interpolating function , the function ' s characteristics , i . e . , the space properties , the spectral properties , and the efficiency are analyzed , and the comparision it with other interpolation methods is made
然后，在圖像采樣和圖像重建理論的基礎(chǔ)上，基于逼近理想插值核函數(shù)的思想，構(gòu)造了一種自適應(yīng)切觸有理插值函數(shù)，對(duì)其空域和頻域的性能進(jìn)行了分析，并與傳統(tǒng)的圖像插值核函數(shù)進(jìn)行了比較。

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