Ab Initio Molecular Dynamics Study on the Interlayer Bonding of Few-Layer Graphene under Pressures by Minghao Guo (667684)

Ab Initio Molecular Dynamics Study on the Interlayer Bonding of Few-Layer Graphene under Pressures by Minghao Guo (667684)

Ab Initio Molecular Dynamics Study on the Interlayer Bonding of Few-Layer Graphene under Pressures by Minghao Guo (667684)

Ab Initio Molecular Dynamics Study on the Interlayer Bonding of Few-Layer Graphene under Pressures by Minghao Guo (667684)

Ab Initio Molecular Dynamics Study on the Interlayer Bonding of Few-Layer Graphene under Pressures by Minghao Guo (667684)

Ab Initio Molecular Dynamics Study on the Interlayer Bonding of Few-Layer Graphene under Pressures by Minghao Guo (667684)

Ab Initio Molecular Dynamics Study on the Interlayer Bonding of Few-Layer Graphene under Pressures by Minghao Guo (667684)

prHSP27 reduces mortality and hemorrhagic transformation at 24 h after reperfusion. by Yoshiaki Shimada (421320)

Rhes mRNA expression in Macaca mulatta adult brain. by Francesco Napolitano (260245)

Vacuum detection. by Liang Ge (541067)

“…The experimental results show that: (1) The liquid volume in a tank of vacuum degree within 2.0 Pa and 200 mm interlayer reduced no more than 15.5% after 48 days; (2) Taking the pressure in the tank as the power source, because of environmental differences inside and outside the pipe after 100 m pressure holding delivery, the physical form of liquid and gas could be converted instantly; (3) The continuous discharge time without ice blocking for a tank full of 2 m³ liquid was about 10.5 min under 25 L dual mode nitrogen pressurization, which is 1/12 of injection time after ground gasification; (4) Based on the temperature decrease trend measured at different positions, the cooling characteristics on liquid gasification jet path are quantified, and the calculation formula of temperature changing with time on the center line of liquid gasification jet is obtained. …”

Test of continuous discharge. by Liang Ge (541067)

“…The experimental results show that: (1) The liquid volume in a tank of vacuum degree within 2.0 Pa and 200 mm interlayer reduced no more than 15.5% after 48 days; (2) Taking the pressure in the tank as the power source, because of environmental differences inside and outside the pipe after 100 m pressure holding delivery, the physical form of liquid and gas could be converted instantly; (3) The continuous discharge time without ice blocking for a tank full of 2 m³ liquid was about 10.5 min under 25 L dual mode nitrogen pressurization, which is 1/12 of injection time after ground gasification; (4) Based on the temperature decrease trend measured at different positions, the cooling characteristics on liquid gasification jet path are quantified, and the calculation formula of temperature changing with time on the center line of liquid gasification jet is obtained. …”

Technical schematic of system application. by Liang Ge (541067)

“…The experimental results show that: (1) The liquid volume in a tank of vacuum degree within 2.0 Pa and 200 mm interlayer reduced no more than 15.5% after 48 days; (2) Taking the pressure in the tank as the power source, because of environmental differences inside and outside the pipe after 100 m pressure holding delivery, the physical form of liquid and gas could be converted instantly; (3) The continuous discharge time without ice blocking for a tank full of 2 m³ liquid was about 10.5 min under 25 L dual mode nitrogen pressurization, which is 1/12 of injection time after ground gasification; (4) Based on the temperature decrease trend measured at different positions, the cooling characteristics on liquid gasification jet path are quantified, and the calculation formula of temperature changing with time on the center line of liquid gasification jet is obtained. …”

Combination of key components. by Liang Ge (541067)

“…The experimental results show that: (1) The liquid volume in a tank of vacuum degree within 2.0 Pa and 200 mm interlayer reduced no more than 15.5% after 48 days; (2) Taking the pressure in the tank as the power source, because of environmental differences inside and outside the pipe after 100 m pressure holding delivery, the physical form of liquid and gas could be converted instantly; (3) The continuous discharge time without ice blocking for a tank full of 2 m³ liquid was about 10.5 min under 25 L dual mode nitrogen pressurization, which is 1/12 of injection time after ground gasification; (4) Based on the temperature decrease trend measured at different positions, the cooling characteristics on liquid gasification jet path are quantified, and the calculation formula of temperature changing with time on the center line of liquid gasification jet is obtained. …”

Structure diagram of protective shell. by Liang Ge (541067)

“…The experimental results show that: (1) The liquid volume in a tank of vacuum degree within 2.0 Pa and 200 mm interlayer reduced no more than 15.5% after 48 days; (2) Taking the pressure in the tank as the power source, because of environmental differences inside and outside the pipe after 100 m pressure holding delivery, the physical form of liquid and gas could be converted instantly; (3) The continuous discharge time without ice blocking for a tank full of 2 m³ liquid was about 10.5 min under 25 L dual mode nitrogen pressurization, which is 1/12 of injection time after ground gasification; (4) Based on the temperature decrease trend measured at different positions, the cooling characteristics on liquid gasification jet path are quantified, and the calculation formula of temperature changing with time on the center line of liquid gasification jet is obtained. …”

Results and discussion. by Liang Ge (541067)

“…The experimental results show that: (1) The liquid volume in a tank of vacuum degree within 2.0 Pa and 200 mm interlayer reduced no more than 15.5% after 48 days; (2) Taking the pressure in the tank as the power source, because of environmental differences inside and outside the pipe after 100 m pressure holding delivery, the physical form of liquid and gas could be converted instantly; (3) The continuous discharge time without ice blocking for a tank full of 2 m³ liquid was about 10.5 min under 25 L dual mode nitrogen pressurization, which is 1/12 of injection time after ground gasification; (4) Based on the temperature decrease trend measured at different positions, the cooling characteristics on liquid gasification jet path are quantified, and the calculation formula of temperature changing with time on the center line of liquid gasification jet is obtained. …”

<i>par2b</i> is partially required downstream of <i>ap1b1a</i> for aggregate formation and increased <i>mmp9</i> expression in the epidermis. by Julia Hatzold (44687)

Uncoupling protein-2 is an antioxidant that is up-regulated in the enamel organ of fluoride-treated rats by Maiko Suzuki (8794223)

“…UCP2 down-regulates mitochondrial production of ROS, which decreases ATP production. Thus, in addition to reduced protein translation caused by ER-stress, a reduction in ATP production by UCP2 may contribute to the inability of ameloblasts to remove protein from the hardening enamel. …”

cKO embryos display a variety of defects in the yolk sac mesoderm. by Siyeon Rhee (390224)

“…<p>A–B, D–E) Whole mount immunofluorescence of 9.5 <i>dpc</i> WT (A–B) or mutant (D–E) yolk sacs (YS) using the endothelial marker PECAM (green) and the vascular smooth muscle marker (αSMA) demonstrates that the large disorganized vessels in the cKO (D) are not surrounded by αSMA (E). …”

Resultant cortical local field potential (LFP). by Muhammad Mushtaq (788834)

Systematic Characterization of the Oligosaccharide Profile of Human Milk in Rural Areas of Central China: Quantitative Tracking of Human Milk Oligosaccharide Composition during 12... by Liuying Zhu (19792341)

“…However, the concentrations of 3-FL, LDFT, and LNDFH II increased gradually over the lactation period, and the concentration of 3′-SL decreased during early lactation (5–180 days) but increased during later lactation (180–365 days). …”