타원,ellipse in RRWiki

Difference between r1.2 and the current

@@ -1,3 +1,5 @@

#noindex

##=====타원,ellipse =,ellipse 타원 ellipse

타원의 특수한 경우가 [[원,circle]].

----

@@ -71,6 +73,43 @@

[[elliptic_]] ... [[Srch:elliptic_]] [[Self:elliptic_]]

----

MKL

[[타원면]] and/or [[타원체]]

{

[[Date(2024-09-21T16:39:04)]]

KmsK:타원면

{

ellipsoid 타원면, 타원체

ellipsoidal 타원면의

prolate spheroid 길쭉한 회전타원면

spheroid 회전타원체, 회전타원면

spheroidal coordinate 회전타원면 좌표

}

KpsK:타원면

{

(1)회전 타원체 (2)회전 타원면 spheroid

}

KmsE:ellipsoid

{

WtEn:ellipsoid

} // ellipsoid ... NN:ellipsoid

KpsE:spheroid

{

WtEn:spheroid

} // spheroid ... NN:spheroid

KmsK:타원체

KpsK:타원체

NN:타원체

}

----

[[VG:타원,ellipse]]

@@ -79,5 +118,5 @@

----
Up:

~~[[geometry]] - [[기하,geometry]] or~~ [[기하학,geometry]] ~~... (curr at [[WikiSandBox#geom]])~~

[[기하학,geometry]]

[[피겨,figure]] , [[셰이프,shape]]

타원의 특수한 경우가 원,circle.

Sub (elliptic_)

elliptic_operator

타원형연산자?
타원|타원형 연산자|작용소
연산자,operator 작용소,operator.
https://ja.wikipedia.org/wiki/楕円型作用素

타원형작용소
Up: 타원,ellipse 연산자,operator? / 작용소,operator?

cf.
semi-elliptic_operator =,semi-elliptic_operator . semi-elliptic_operator
semielliptic_operator =,semielliptic_operator . semielliptic_operator

semi-elliptic operator

semi-elliptic_operator ?

semielliptic_operator ?
https://en.wikipedia.org/wiki/Semi-elliptic_operator

"a semi-elliptic operator is a partial differential operator satisfying a positivity condition slightly weaker than that of being an elliptic operator. "

Up: partial_differential_operator =,partial_differential_operator . partial_differential_operator { partial differential operator

partial_differential_operator ? gggggggggg
}

elliptic_differential_operator =,elliptic_differential_operator . elliptic_differential_operator

elliptic_differential_operator ?
=타원형미분연산자,elliptic_differential_operator ?
타원형미분연산자 (tentative pagename)
타원형 미분 연산자 (wk)

타원형_미분_연산자 = https://ko.wikipedia.org/wiki/타원형_미분_연산자

"elliptic differential operator)는 라플라스형 연산자(linked to: 라플라스_연산자,Laplace_operator i.e. wk: 라플라스_연산자)와 유사한 일종의 양의 정부호성 조건을(positive_definiteness였나?

positive_definiteness ) 만족시키는 짝수차(QQQ) 미분 연산자이다."

Up: 타원,ellipse elliptic_operator? 미분연산자,differential_operator

elliptic_partial_differential_equation =,elliptic_partial_differential_equation . elliptic_partial_differential_equation |=,elliptic_PDE elliptic_PDE

elliptic_partial_differential_equation ?

Elliptic_partial_differential_equation = https://en.wikipedia.org/wiki/Elliptic_partial_differential_equation
https://ja.wikipedia.org/wiki/楕円型偏微分方程式

타원형편미분방정식

Up: 타원,ellipse 편미분방정식,partial_differential_equation,PDE

{
Sub:

elliptic_partial_differential_equation - curr at 타원,ellipse

parabolic_partial_differential_equation =,parabolic_partial_differential_equation . parabolic_partial_differential_equation

parabolic_partial_differential_equation ? vvvvvvvvvvv

Parabolic_partial_differential_equation = https://en.wikipedia.org/wiki/Parabolic_partial_differential_equation
mkl 포물선,parabola

hyperbolic_partial_differential_equation =,hyperbolic_partial_differential_equation . hyperbolic_partial_differential_equation

hyperbolic_partial_differential_equation ? bbbbbbbbbb

Hyperbolic_partial_differential_equation = https://en.wikipedia.org/wiki/Hyperbolic_partial_differential_equation

}

elliptic_complex =,elliptic_complex . elliptic_complex
aka elliptic_chain_complex ? CHK ... =,elliptic_chain_complex . elliptic_chain_complex
타원_복합체 / 타원 복합체 / 타원복합체 (wk)

elliptic_complex ? ssssssssss

elliptic_chain_complex ? qqqqqqqqq

Elliptic_complex = https://en.wikipedia.org/wiki/Elliptic_complex

타원_복합체 = https://ko.wikipedia.org/wiki/타원_복합체