74...uniplatform=NZKPT&language=CHS

LiShi1,*,HaoranWei1,*,WangpingXu2,?,WeixiangKong3,...As?P/Mo?Si2?N4heterostructuresforphotocatalysisPhys.Rev.Applied202625,034074...

24.四烷基季铵盐（如，四丁基硫酸氢铵、四丁基溴化铵、四丁基氢氧化铵等）在水中电离后，也形成了类似N＋H(CH2CH3)3的结构N＋(CH2CH2CH2CH3)4，这种结构也能有效的与Si－O－产生较强的静电...

3.粘结剂-基底结合界面（KH570?基材）无机基底（石英SiO?、氧化锆ZrO?）：硅烷水解形成Si-O-Si、Si-O-Zr共价键，强化学键锚定；...3.转化频率TOF=1084.4h??，优于绝大多数已报道Pd基光/热...

ChangHaeANovelSyntheticMethodofSr2Si5N8:Eu2+fromSrSi2O2N2:Eu2+byCarbo-ThermalReductionandNitridationJournalofNanoscienceandNanotechnology2013Volume13,Number3,March2013,pp.1867-...

k&\frac{1}{N_e}\sum_{i=1}^{N_e}\boldsymbol{Z}^f_k(i)\end{align}其中$\mathcal{M}$为模型算子（式(5...降阶模型自由度为$r$（通常），相比FOM（自由度$10^5$-$10^6$）效率提升3-4个数量级。...

8si-12b-3.5p-1.5c-1.2nb&—\\临界非晶尺寸&3.5-4.5mm&40\%\\致密度&95.5-96.5\%1.2\%\\非晶含量&70-75\%8\%\\饱和磁化强度&0.95-1.02t&10\%\\矫顽力&0.35-0.42oe&-20\%\\\hline\end{...

\item\textbf{纳米析出相}：添加微量Si、B，形成Ti$_5$Si$_3$、TiB等纳米析出相，数密度$N_j\approx10^{20}$m${-3}$；...2$10MPa,NACETM0177&$\sigma_{\text{th}}/\sigma_y=0.72$&0.75&4.2\\2&...

美国腐蚀工程师协会TM0177&$\sigma_{\text{th}}/\sigma_y=0.72$&0.75&4.2\\2&X80管线钢&管线钢&氢气10MPa,美国腐蚀工程师协会TM0177&$\sigma_{\text{th}}/\sigma_y=0.68$&0.65&-4.4\\3&X100...

蓝藻和硅藻对元素（c、n、p、fe、si）的吸收和利用机制研究3.海洋微藻、病毒、细菌共同介导的生物碳泵机制4.有害有毒藻华的发生机制与预警5.微藻高效基因编辑遗传工具的开发6.高产omega-3藻...

coupling}\begin{tabular}{lcccc}\toprule方案&仅应力控制&保形覆盖修正&热应力&退火+背面补偿\\\midrule翘曲\(\Deltaz\)(\si{\um...覆盖率耦合系数&扇贝形貌样品+式(3)&\(\beta\)\\标定界面态...

coupling}\begin{tabular}{lcccc}\toprule方案&仅应力控制&保形覆盖修正&热应力&退火+背面补偿\\\midrule翘曲\(\Deltaz\)(\si{\um...覆盖率耦合系数&扇贝形貌样品+式(3)&\(\beta\)\\标定界面态...

\subsection{单层：tin阻挡层}tin($n=6$)在sio$_2$($n=4$)上，$\deltan=2$。...summary}\begin{tabular}{lcccc}\toprule验证类别&数据组数&平均相对误差&最大相对误差&最小相对误差\\\midrule...

\subsection{单层：tin阻挡层}tin($n=6$)在sio$_2$($n=4$)上，$\deltan=2$。...summary}\begin{tabular}{lcccc}\toprule验证类别&数据组数&平均相对误差&最大相对误差&最小相对误差\\\midrule...

1.2Si-0.08-0.12V-0.03-0.05Nb，实现2400MPa强度与12-15\%延伸率的协同\item_{\text{eff}}=0.2\%$，目标$=5\%-0.3\times0.2\%4....由析出相数密度与间距的关系$N_j\approx1/\lambda^3$，得$N_j...

已知：沟道长度$L=130$nm，栅氧化层厚度$t_{ox}=2.2$nm，沟道掺杂$N_A=3\times10^{17}$cm${-3}$，源漏掺杂$1\times10^{20}$cm${-...}&应力递归模型、偏差控制方法\\EUV光源&{[3]}&光源性能最优...

YanCaietal.,"Darksolitonmicrocombwithhighconversionefficiencyina400-nm-thickSi3N4microringforWDMlightsources,"2024OpticalFiberCommunicationsConferenceandExhibition(OFC),...

A.Saharia,R.K.Maddila,andG.Singh,"Elementarynovelall-opticalreversiblelogicgateusingSi3N4basedopticalmicroringresonator,"inFrontiersinOptics+LaserScienceAPS/DLS,...

纳米Si02异步调控超硫酸盐水泥铝/硅酸盐水化硬化作用及机制，2022-01至2024-12，30万元，已结题，主持[3]山东省自然科学基金委员...[1]Chen,H.,P.Hou,X.Zhou,L.Black,S.Adu-Amankwah,P.Feng,N....

设镜面为轴对称薄板，抗弯刚度为$D=\frac{E_st_s^3}{12(1-\nu...8}$m$2$K/W&\\最优Si层厚度区间&4.0–4.5nm&工艺相关\\衰减因子$r$&0.618&\\基础耦合系数$\gamma_0$&0.12&\\镜面半径$R_m$&150...

4Uspxg8W3FabbcZfI4KKgAw4O-n-SH4Ljb_vPze77Si9IexD1f71KuirFn3BESh-shP87nAXE0zCFpPjo-BzLsrYFKCuCjBHLeaRpHP9UWpwzX1gosxl1Q_ll8a2GstkBapP3Y-PuhEovnzNg==&uniplatform=NZKPT&...

LogeshGovindasamy,Young-JoPark,Jae-WoongKo,Jae-WookLee,Ho-JinMa,KundanKumar&Ha-NeulKimRoleofβ-Si3N4seedsinmicrostructuredevelopmentandpropertiesofsiliconnitrideceramics:...