image
image
text
string
"5^{\prime}"
"<8000"
"\sim 5^{\prime}"
"{}^{\dagger}"
"W_{N}"
"G(q;x,\sigma)"
"\omega_{z}(k)=\omega_{0}"
"\mathscr{L}_{X_{0}}=\mu_{\infty}"
"b(\cdot,\mu_{\infty})"
"K=-(K_{2}-K_{1}),\lambda_{t}^{2}=\lambda"
"\delta_{t}=\|\sigma\|_{\infty}."
"\mu_{\infty}(f^{2})\leq 1"
"\|\sigma\|_{\infty}<\infty"
"k\in(0,K_{2})"
"2\varepsilon\|\sigma\|_{\infty}^{2}<K_{2}"
"c_{1}(\varepsilon),c_{2}(\varepsilon)>0"
"\bar{X}_{0}=0"
"Q=(\pi,\pi,\pi)"
"\|(\sigma\sigma^{*})^{-1}\|_{\infty}<\infty"
" and noting that "
"K_{0}\in\mathbb{R}"
"f\in W^{1,2}(\mu)"
"\mathscr{E}(f,f)=0"
"(X_{t},Y_{t})\in\mathbb{R}^{d_{1}}\times\mathbb{R}^{d_{2}}:"
"d_{1}\times d_{1}"
"d_{2}\times d_{2}"
"\mu:=\mathscr{L}_{(X_{0},Y_{0})}\in\mathscr{P}_{2}(\mathbb{R}^{d_{1}+d_{2}})."
"P^{*}_{t}\mu:=\mathscr{L}_{(X_{t},Y_{t})}"
"\Delta^{x}"
"\mathscr{L}_{(X_{t},Y_{t})}=P_{t}^{*}\mu."
"(\bar{X}_{0},\bar{Y}_{0})"
"Y_{T}=\bar{Y}_{T}"
"\mathbb{Q}:=R\mathbb{P}"
"\mathscr{L}_{(\bar{X}_{0},\bar{Y}_{0})}=\nu"
"\mathscr{L}_{(\bar{X}_{t},\bar{Y}_{t})|\mathbb{Q}}=P_{t}^{*}\nu"
"f\in\mathscr{B}_{b}^{+}(\mathbb{R}^{d_{1}+d_{2}})"
"\tilde{W}_{t}"
"\mathbb{Q}|_{\mathscr{F}_{0}}=\mathbb{P}|_{\mathscr{F}_{0}}"
"\mu_{\infty}\in\mathscr{P}_{2}(\mathbb{R}^{d_{1}+d_{2}})"
"\Delta^{y}"
"(x,y),(\bar{x},\bar{y})\in\mathbb{R}^{d_{1}+d_{2}}."
"(\bar{X}_{t},\bar{Y}_{t})"
"\mathscr{L}_{(X_{0},Y_{0})}=\mu,\mathscr{L}_{(\bar{X}_{0},\bar{Y}_{0})}=\nu"
"\Theta(M)dM=(M/M^{*})^{-\alpha}\exp{-(M/M^{*})}d(M/M^{*})"
"V_{c}=V_{200}f_{V}"
"V_{200}=0.017(MH(z)h)^{1/3}"
"R_{d}=R_{d}^{iso}f_{c}^{-0.5}f_{R}"
"R_{d}^{iso}=0.7(H(z)h)^{-1.0}\lambda V_{200}(j_{d}/m_{d})"
"\Sigma_{0}=\frac{2.0\times 10^{13}m_{d}M}{R_{d}^{2}}"
"e=\frac{1}{2^{1/4}}(\lambda^{\prime}/m_{d})^{0.5}f_{c}^{-1/4}f_{R}^{1/2}f_{V}"
"(J/t=(J/t)_{c},T=0)"
"Vol\propto A(\sigma_{rms}\delta V)^{-3/2}"
"\sigma_{rms}"
"M^{*}=10^{12}"
"<\lambda>=0.05"
"\sigma_{\lambda}=0.5"
"H(z)=1.0"
"H_{o}=72"
"e>1.0"
"\lambda^{\prime}=\lambda j_{d}/m_{d}"
"m_{d}M"
"\Delta/J"
"\Sigma_{Crit}\approx 5\times 10^{20}"
"\Sigma_{0}>5\times 10^{20}"
"\Sigma_{0}<5\times 10^{20}"
"\Omega_{Baryon}/\Omega_{M}"
"m_{d}\approx 0.15"
"m_{d}=0.004"
"m_{d}=0.05"
"m_{d}<0.05"
"\Delta V=2V_{c}"
"(1+\frac{1}{M_{HI}/L_{B}})"
"t/J"
"M_{HI}/L_{B}\approx 0.1"
"\approx 2.5\sigma_{rms}"
"2.5\times\delta V"
"S_{Int}\approx S_{p}W"
"W=\Delta V\sin{i}"
"W^{Min}=10"
"M_{HI}/L_{B}"
"M_{HI}/L_{B}=1.5"
"S_{p}>2.5\sigma_{rms}"
"\sigma_{rms}=13"
"J/t"
"W>2.5\delta V"
"\delta V=13"
"V_{Hubble}"
"(W)"
"S_{Int}"
"V_{Hubble}<1000"
"M_{B}=-12.5"
"m_{B}=18"
"10^{5.1}"
"V^{Max}"
"(1d)"
"M_{HI}"
"(\sigma_{rms}\delta V)^{-1/2}"
"t_{exp}^{1/2}"
"t_{exp}"
"At_{exp}^{3/4}"

Dataset Card for Dataset Name

Dataset Summary

This dataset is a set of pairs: an image and its corresponding latex code for expression. This set of pairs was generated by analyzing more than 50,000 articles on natural sciences and mathematics and further generating a corresponding set of latex expressions. The set has been cleared of duplicates. There are more than 1600000 images in the set.

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Languages

Latex

Dataset Structure

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Source Data

Initial Data Collection and Normalization

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