AlessandroSpiti1,DanielaCaldirola234,GiampaoloPernaNewAntidepressantDevelopmentintheTreatmentofDepressionAdvExpMedBiol.20261502:391-414.doi:10.1007/978-981-95-6872-7_23....

5.2Scopus数据库：Scopus。分别运行TITLE-ABS-KEY(AANDBANDC)、TITLE-ABS-KEY...分别连接'environmentalexposure'/exp及C自由词、'toothdevelopment'/exp及D自由词，或E验证与边界词。

\subsubsection{分级串行总速率}总速率由中间催化限速界面主导：\begin{equation}k_{\text{total}}=k_{gl}\exp\left(-\frac{e_{a,gl}}{\kbt}\right)\cdotk_{ls}\exp\left(-\frac{e_{a,ls}}{...

\subsubsection{分级串行总速率}总速率由中间催化限速界面主导：\begin{equation}k_{\text{total}}=k_{gl}\exp\left(-\frac{e_{a,gl}}{\kbt}\right)\cdotk_{ls}\exp\left(-\frac{e_{a,ls}}{...

\subsubsection{分级串行总速率}总速率由中间催化限速界面主导：\begin{equation}k_{\text{total}}=k_{gl}\exp\left(-\frac{e_{a,gl}}{\kbt}\right)\cdotk_{ls}\exp\left(-\frac{e_{a,ls}}{...

YaelLustig-Barzelay#1,DanielYagoda#1,EranZunz2,ShirinHamed-Azzam3,InbalAvisar45,ShayKehat-Ophir6,ZviGur6,TaliCukierman-Yaffe7,NancyAgmon-Levin85,DaphnaLandau-Prat159,GuyJBen-...

NovelPeptide-Based?68Ga-LabeledRadiotracerforPreclinicalStudiesofTIM3Expression123NovelPeptide-Based?68Ga-LabeledRadiotracerforPreclinicalStudiesofTIM3Expression123123123...

LeonFGarcia-Martinez1,CarolJRaport2,EthanWOjala2,BenjaminDutzar2,KatieAnderson2,EricaStewart2,BrianKovacevich2,BrianBaker2,JensBillgren2,MichelleScalley-Kim2,CharlieKarasek2,...

393-39510.3321/j.issn:1003-3734.2008.05.010https://d.wanfangdata.com.cn/periodical/ChdQZXJpb2RpY2FsQ0hJU29scjlRdWljaxIPemd4eXp6MjAwODA1MDEwGgh1Z3l3bWNjZQ%3D%3D万方数据

编者序：一份报告的诞生这份报告来自一场长达数周的“煅烧”。起初，我们只是在探索强力与电磁力统一的理论框架，试图在SO(10)大统一理论的背景下理解耦合常数的跑动。...

90)10.20148/j.fmj.2025.03.023https://d.wanfangdata.com.cn/periodical/CiBQZXJpb2RpY2FsQ0hJU29scjkyMDI2MDQyODE2MzExMRIPZmp5eXp6MjAyNTAzMDI0Ggg1dzNpZm95Mw%3D%3D万方数据

\begin{equation}\gamma=\gamma_0\cdot\goldenRatioInv.\end{equation}根据第4篇第4.3节，超导$T_c$与递归耦合强度的关系为：\begin{equation}T_c\propto\gamma^{\alpha}\exp(-\beta/\gamma...

\section{可检验预言}基于炁子理论，我们对FeTe体系提出以下可检验预言：\begin{enumerate}\item\textbf{临界温度与杂质浓度的标度律}：$T_c(n_{\text{imp}})=T_c(0)\cdot\exp(-\alphan_{\...

为什么精细结构常数约等于1/137？——32维紧致化空间中的拓扑编码解释（完整版）兼论：数论几何学的必然?物理耦合的涌现?以及万物之理的拓扑起源?2026月影原创首发｜全网时间戳存证｜...

m}\exp\left(\frac{q_{\text{fat}}}{k_bt}\right)\end{equation}耐磨性（硬度-位错关联）：\begin{equation}v=k\frac{pl}{h},\quadh\approx3\sigma_y\propto\sqrt{\rho}\end{equation}\...

m}\exp\left(\frac{q_{\text{fat}}}{k_bt}\right)\end{equation}耐磨性（硬度-位错关联）：\begin{equation}v=k\frac{pl}{h},\quadh\approx3\sigma_y\propto\sqrt{\rho}\end{equation}\...

m}\exp\left(\frac{q_{\text{fat}}}{k_bt}\right)\end{equation}耐磨性（硬度-位错关联）：\begin{equation}v=k\frac{pl}{h},\quadh\approx3\sigma_y\propto\sqrt{\rho}\end{equation}\...

m}\exp\left(\frac{q_{\text{fat}}}{k_bt}\right)\end{equation}耐磨性（硬度-位错关联）：\begin{equation}v=k\frac{pl}{h},\quadh\approx3\sigma_y\propto\sqrt{\rho}\end{equation}\...

设入射光强分布为高斯型：\begin{equation}I_0(x,y)=I_{\text{peak}}\exp\left(-\frac{x^2+y^2}{2\sigma_I^2}\right)\end{equation}吸收层图案密度$\rho_{\text{pattern}}(x,y)$导致热源...

\subsection{压应变界面设计}当基体与析出相存在晶格错配时，压应变区域氢固溶度降低：\begin{equation}\frac{c_{\text{H}}}{c_{\text{H}}^0}=\exp\left(-\frac{2G\delta^2V}{k_BT}\right)\...

暂无xiaofenwengdifferentialeyemovementfeaturesbetweenalzheimer\\\'sdiseasepatientswithandwithoutdepressivesymptomsagingclinexpres2023dec35(12):2987-299610.1007/s40520-023-02595...

\subsection{与经典jmak模型及humphreys模型的对比}经典jmak再结晶模型为：\begin{equation}x=1-\exp\left(-\left(\frac{t}{\tau}\right)^n\right)\end{equation}其中\(\tau=\tau_0\exp(q/k...

\subsection{温度路径函数}对于连续冷却（淬火、正火）：\begin{equation}g_k(T,\dot{T})=\exp\left(-\frac{|\dot{T}|}{\dot{T}_0}\right)\label{eq:cooling_path}\end{equation}其中$\dot{...

mode:"tex:utf-8"\documentclass+\lambda=0\label{eq:extremum}\end{equation}解出：\begin{equation}\rho_k=\frac{1}{b_k^2}\exp\left(-1-\frac{4\pi(\lambda+\gamma_k)}{\mub_k^2}\right)...

保持时间判据为：\begin{equation}\boxed{t_{\text{retention}}=t_0\cdot\exp\left(\frac{E_a}{k_BT}\right)\cdot\exp\left(-\frac{D_{\text{it}}}{D_{\text{crit}}}\right)}\label{eq:...