我\thepage用于打印当前页码，这里我的表格放在第 2 页，但我在输出中得到的页码是 1。请参阅附图。请建议如何获取表格的确切页码。请在下面找到我的代码。
梅威瑟：
\documentclass{book}
\usepackage{amsmath,graphicx}
\begin{document}
\chapter{Chapter title}
Infrared (IR) observations are crucial for the physical and
thermal characterization of distant objects which are typically too
small to be resolved even by the largest ground or space telescopes.
The thermal emission measurements allow one to determine accurate
radiometric size and albedo information, but they also put
constraints on the object's thermal properties and spin-axis
orientations. Albedos derived from thermal data are important to
interpret broadband colors and NIR spectral data. The
submillimeter/millimeter (submm/mm)-range emission originates from a
few millimeters below the surface and can be used to determine the
object's long-wavelength emissivity. A recent new approach is to
combine multidata information (occultations, thermal,
high-resolution imaging, etc.) to perform more sophisticated
physical and thermal characterization of Trans-Neptunian objects
(TNOs) and Centaurs, and to constrain properties which are otherwise
not accessible, for example, the object's spin-axis orientation. At
the same time, the multidisciplinary approach allows one to impro[![enter image description here][1]][1]ve
and extend model techniques, for example, the verification of
radiometric sizes via occultation results.
\begin{table}
\caption{Table caption Page number of this table: \thepage}
\begin{tabular}{ll}
\hline
\textbf{Column one head} & \textbf{Column two head}\\
\hline
Column one & Column 2\\
Column one & Column 2\\
Column one & Column 2\\
Column one & Column 2\\
Column one & Column 2\\
Column one & Column 2\\
Column one & Column 2\\
Column one & Column 2\\
Column one & Column 2\\
Column one & Column 2\\
Column one & Column 2\\
Column one & Column 2\\
Column one & Column 2\\
Column one & Column 2\\
\hline
\end{tabular}
\end{table}
Infrared (IR) observations are crucial for the physical and
thermal characterization of distant objects which are typically too
small to be resolved even by the largest ground or space telescopes.
The thermal emission measurements allow one to determine accurate
radiometric size and albedo information, but they also put
constraints on the object's thermal properties and spin-axis
orientations. Albedos derived from thermal data are important to
interpret broadband colors and NIR spectral data. The
submillimeter/millimeter (submm/mm)-range emission originates from a
few millimeters below the surface and can be used to determine the
object's long-wavelength emissivity. A recent new approach is to
combine multidata information (occultations, thermal,
high-resolution imaging, etc.) to perform more sophisticated
physical and thermal characterization of Trans-Neptunian objects
(TNOs) and Centaurs, and to constrain properties which are otherwise
not accessible, for example, the object's spin-axis orientation. At
the same time, the multidisciplinary approach allows one to improve
and extend model techniques, for example, the verification of
radiometric sizes via occultation results.
\end{document}
答案1
\label{table-XYZ}如果在表中使用，则可以使用：
See table~\ref{table-xyz} on page~\pageref{table-XYZ}.
正如评论中所建议的，\label{}表中的命令（如何在 .tex 中引用表）应该如下所示：
% Somewhere in your document you place your table, similar to this:
\begin{table}[t]
\centering
\caption{This is a nice table}
\begin{tabular}{}
% the table content goes here
\end{tabular}
% Then you place the \label like this
\label{tab:label}
\end{table}