硼酸盐化学(ⅩⅩⅩⅠ)——MgO·2B2O3-18%MgSO4-H2O过饱和溶液结晶动力学研究

针对我国盐湖硼资源的特点, 模拟合成MgO*2B2O3-18%MgSO4-H2O过饱和溶液, 分别在0 ℃和20 ℃恒温静止跟踪结晶动力学过程. 拟合并给出结晶动力学方程, 同时对结晶机制进行了探讨. 析出固相采用X射线粉末衍射、红外光谱和热分析进行物相鉴定.     

A unified charge-based model for SOI MOSFETs applicable from intrinsic to heavily doped channel

A unified charge-based model for fully depleted silicon-on-insulator (SOI) metal–oxide semiconductor field-effect transistors (MOSFETs) is presented. The proposed model is accurate and applicable from intrinsic to heavily doped channels with various structure parameters. The framework starts from the one-dimensional Poisson–Boltzmann equa- tion, and based on the full depletion approximation, an accurate inversion charge density equation is obtained. With the inversion charge density solution, the unified drain current expression is derived, and a unified terminal charge and intrinsic capacitance model is also derived in the quasi-static case. The validity and accuracy of the presented analytic model is proved by numerical simulations.     

硼酸盐化学XXXⅢ MgO·4B2O3-18%MgSO4-H2O过饱和溶液结晶动力学研究

针对我国盐湖硼资源的特点 ,模拟合成MgO·4B2 O3 18%MgSO4 H2 O过饱和溶液 ,在 2 0℃恒温静置 ,跟踪结晶动力学过程。析出固相采用X ray粉末衍射、红外光谱和热分析进行物相鉴定。拟合并给出结晶动力学方程 ,同时对结晶机制进行了探讨     

A nano-metallic-particles-based CMOS image sensor for DNA detection

In this paper we report on a study of the CMOS image sensor detection of DNA based on self-assembled nano-metallic particles, which are selectively deposited on the surface of the passive image sensor. The nano-metallic particles effectively block the optical radiation in the visible spectrum of ordinary light source. When such a technical method is applied to DNA detection, the requirement for a special UV light source in the most popular fluorescence is eliminated. The DNA detection methodology is tested on a CMOS sensor chip fabricated using a standard 0.5 μm CMOS process. It is demonstrated that the approach is highly selective to detecting even a signal-base mismatched DNA target with an extremely-low-concentration DNA sample down to 10 pM under an ordinary light source.     

硼酸盐化学(XXXI)MgO·2B_2O_3-18%MgSO_4-H_2O过饱和溶液结晶动力学研究

针对我国盐湖硼资源的特点 ,模拟合成 Mg O· 2 B2 O3-1 8% Mg SO4-H2 O过饱和溶液 ,分别在 0℃和2 0℃恒温静止跟踪结晶动力学过程 .拟合并给出结晶动力学方程 ,同时对结晶机制进行了探讨 .析出固相采用 X射线粉末衍射、红外光谱和热分析进行物相鉴定     

MgO•3B2O3-18％MgSO4-H2O过饱和溶液结晶动力学

针对我国盐湖硼资源的特点,模拟合成MgO•3B2O3-18％MgSO4-H2O过饱和溶液,在20 ℃恒温静置,跟踪结晶动力学过程.析出固相采用X射线粉末衍射、红外光谱和热分析进行物相鉴定.拟合并给出结晶动力学方程,同时对结晶机制进行了探讨.结果表明,该结晶过程分两个阶段,第一阶段析出三方硼镁石（MgO•3B2O3•7.5H2O）,第二阶段结晶析出章氏硼镁石（MgO•2B2O3•9H2O）.     

硼酸盐化学（ⅩⅩⅪ）——MgO·2B2O3—18%MgSO4—H2O过饱和溶液结晶动力学研究

针对我国盐湖硼资源的特点, 模拟合成MgO*2B2O3-18%MgSO4-H2O过饱和溶液, 分别在0 ℃和20 ℃恒温静止跟踪结晶动力学过程. 拟合并给出结晶动力学方程, 同时对结晶机制进行了探讨. 析出固相采用X射线粉末衍射、红外光谱和热分析进行物相鉴定.