这个环境需要一个参数,即“等号列”的数量,在所有行中取&s数量的最大值,再加1除2。(A variant environment alignat allows the horizontal space between equations to be explicitly specified. This environment takes one argument, the number of “equation columns": count the maximum number of &s in any...
LaTeX Stack Exchange 上有人[1]指出，在排版通栏公式时，可以用cuted宏包提供的strip环境。一个基于 M...
You can freely type spaces in equations. LaTeX ignores extra spaces and determines automatically where (and how wide) space is needed (for example, on both sides of the = sign). However, line breaks are not allowed. Spaces are needed also to separate LaTeX commands. For instance, if you ...
In some multiple integrals (i.e., integrals containing more than one integral sign) one finds that LaTeX puts too much space between the integral signs. The way to improve the appearance of of the integral is to use the control sequence \! to remove a thin strip of unwanted space. Thus...
In equation (1), there is hardly any space between the number and the unit. LaTeX has thought that you want to multiply 500 times “MHz” and thus it removes all spaces you write here. To force a visible space, use command \,. ...
equation A single equation, single line (a little more compact than align space-wise) equation-split Multiple lines, one centered label. align Multiple lines, multiple alignment points. gather Multiple lines of equations all centered with no alignment. multline Long equations split over multiple ...
In some multiple integrals (i.e., integrals containing more than one integral sign) one finds that LaTeX puts too much space between the integral signs. The way to improve the appearance of of the integral is to use the control sequence \! to remove a thin strip of unwanted space. Thus...
2、H. Brezis,Functional Analysis, Sobolev Spaces and Partial Differential Equations, Universitext, Springer, New York, 2011. 这是一本书;作者,书名《Functional Analysis, Sobolev Spaces and Partial Differential Equations》,出版商Springer的Universitext丛书,出版地点,出版年份. ...
模板使用说明 公式 AxMath 在线编辑公式 截图白嫖公式 表格 Excel转LaTeX 在线编辑LaTeX表格 模型图的...
\[\frac{\partial u}{\partial t}=h^2\left(\frac{\partial^2u}{\partial x^2}+\frac{\partial^2u}{\partial y^2}+\frac{\partial^2u}{\partial z^2}\right)\]Toobtain mathematical expression_r_r_rs such asindisplayed equations we type \lim_{x \to+\infty},\inf_{x>s}and\sup_K ...