Ultralow-Voltage-Driven Smart Control of Diverse Drop’s Anisotropic Sliding by in Situ Switching Joule Heat on Paraffin-Infused Microgrooved Slippery Surface by Chao Chen (195669)

“…Through tuning the recipe of the hybrid lubricant, the responsive voltage and temperature for ER-PIASS can be dramatically decreased to ultralow figures of 2.0 V and 34.2 °C. …”

Ultralow-Voltage-Driven Smart Control of Diverse Drop’s Anisotropic Sliding by in Situ Switching Joule Heat on Paraffin-Infused Microgrooved Slippery Surface by Chao Chen (195669)

“…Through tuning the recipe of the hybrid lubricant, the responsive voltage and temperature for ER-PIASS can be dramatically decreased to ultralow figures of 2.0 V and 34.2 °C. …”

Ultralow-Voltage-Driven Smart Control of Diverse Drop’s Anisotropic Sliding by in Situ Switching Joule Heat on Paraffin-Infused Microgrooved Slippery Surface by Chao Chen (195669)

“…Through tuning the recipe of the hybrid lubricant, the responsive voltage and temperature for ER-PIASS can be dramatically decreased to ultralow figures of 2.0 V and 34.2 °C. …”

Ultralow-Voltage-Driven Smart Control of Diverse Drop’s Anisotropic Sliding by in Situ Switching Joule Heat on Paraffin-Infused Microgrooved Slippery Surface by Chao Chen (195669)

“…Through tuning the recipe of the hybrid lubricant, the responsive voltage and temperature for ER-PIASS can be dramatically decreased to ultralow figures of 2.0 V and 34.2 °C. …”

Ultralow-Voltage-Driven Smart Control of Diverse Drop’s Anisotropic Sliding by in Situ Switching Joule Heat on Paraffin-Infused Microgrooved Slippery Surface by Chao Chen (195669)

“…Through tuning the recipe of the hybrid lubricant, the responsive voltage and temperature for ER-PIASS can be dramatically decreased to ultralow figures of 2.0 V and 34.2 °C. …”

Ultralow-Voltage-Driven Smart Control of Diverse Drop’s Anisotropic Sliding by in Situ Switching Joule Heat on Paraffin-Infused Microgrooved Slippery Surface by Chao Chen (195669)

“…Through tuning the recipe of the hybrid lubricant, the responsive voltage and temperature for ER-PIASS can be dramatically decreased to ultralow figures of 2.0 V and 34.2 °C. …”

Presentation_1_Simulation Analysis of Impulsive Ankle Push-Off on the Walking Speed of a Planar Biped Robot.ZIP by Qiaoli Ji (4898485)

“…In this paper, the influence of impulsive ankle push-off on the walking speed of a biped robot is studied by simulation. When the push-off height of the ankle joint is 13 cm based on the ground (the height of the ankle joint of the swing leg) and the ankle push-off torque increases from 17 to 20.8 N·m, the duration of the swinging leg actually decreases from 50 to 30% of the gait cycle, the fluctuation amplitude of the COM (center of mass) instantaneous speed of the robot decreases from 95 to 35% of the maximum speed, and the walking speed increases from 0.51 to 1.14 m/s. …”

Covariance diagnosis of variables. by Haishi Yu (18847373)

“…Then, we build a spatial regression model using GeoDa software with lung cancer incidence as the dependent variable, five atmospheric environment factors—particulate matter 2.5 (PM2.5) concentration, temperature, atmospheric pressure, and elevation as explanatory variables, and four socio-economic characteristics as control variables to systematically analyze the influence and intensity of these factors on lung cancer incidence. …”

S1 Data - by Haishi Yu (18847373)

“…Then, we build a spatial regression model using GeoDa software with lung cancer incidence as the dependent variable, five atmospheric environment factors—particulate matter 2.5 (PM2.5) concentration, temperature, atmospheric pressure, and elevation as explanatory variables, and four socio-economic characteristics as control variables to systematically analyze the influence and intensity of these factors on lung cancer incidence. …”

Seven geographical divisions of China. by Haishi Yu (18847373)

“…Then, we build a spatial regression model using GeoDa software with lung cancer incidence as the dependent variable, five atmospheric environment factors—particulate matter 2.5 (PM2.5) concentration, temperature, atmospheric pressure, and elevation as explanatory variables, and four socio-economic characteristics as control variables to systematically analyze the influence and intensity of these factors on lung cancer incidence. …”

Tai Chi versus routine exercise in patients with early- or mild-stage Parkinson's disease: a retrospective cohort analysis by Quanhao Li (8438151)

Table 1_Advances in sulodexide-based long-term anticoagulation for a myasthenia gravis patient with giant thymoma.docx by Zhou Liu (1506679)

“…<p>This case report describes a geriatric male patient with myasthenia gravis (MG) secondary to giant thymoma, presenting with progressive muscle weakness and ptosis. …”

Mechanical effects of MitraClip on leaflet stress and myocardial strain in functional mitral regurgitation – A finite element modeling study by Yue Zhang (30585)

“…As device-induced mechanical effects are a potential cause for MR recurrence, we tested the hypothesis that MitraClip increases leaflet stress and procedure-related strain in sub-valvular left ventricular (LV) myocardium in FMR associated with coronary disease (FMR-CAD).…”

Risk of Melanoma in People with HIV/AIDS in the Pre- and Post-HAART Eras: A Systematic Review and Meta-Analysis of Cohort Studies by Catherine M. Olsen (553145)

“…Data were pooled using a random effects model.</p><p>Results</p><p>From 288 articles, we identified 21 that met the inclusion criteria, 13 presenting data for the post-HAART era and 8 for the pre-HAART era. …”

Organometallic Ruthenium(II) Diamine Anticancer Complexes:  Arene-Nucleobase Stacking and Stereospecific Hydrogen-Bonding in Guanine Adducts by Haimei Chen (392203)

“…The guanosine (Guo) adduct [(η⁶-biphenyl)Ru(en)(Guo-<i>N7</i>)][PF₆]₂·3.75(H₂O) (<b>5</b>) exhibits intramolecular stacking of the pendant phenyl ring with the purine five-membered ring (3.8 Å, 23.8°) and intermolecular stacking of the purine six-membered ring with an adjacent pendant phenyl ring (4.2 Å, 23.0°). …”

Organometallic Ruthenium(II) Diamine Anticancer Complexes:  Arene-Nucleobase Stacking and Stereospecific Hydrogen-Bonding in Guanine Adducts by Haimei Chen (392203)

“…The guanosine (Guo) adduct [(η⁶-biphenyl)Ru(en)(Guo-<i>N7</i>)][PF₆]₂·3.75(H₂O) (<b>5</b>) exhibits intramolecular stacking of the pendant phenyl ring with the purine five-membered ring (3.8 Å, 23.8°) and intermolecular stacking of the purine six-membered ring with an adjacent pendant phenyl ring (4.2 Å, 23.0°). …”

Organometallic Ruthenium(II) Diamine Anticancer Complexes:  Arene-Nucleobase Stacking and Stereospecific Hydrogen-Bonding in Guanine Adducts by Haimei Chen (392203)

“…The guanosine (Guo) adduct [(η⁶-biphenyl)Ru(en)(Guo-<i>N7</i>)][PF₆]₂·3.75(H₂O) (<b>5</b>) exhibits intramolecular stacking of the pendant phenyl ring with the purine five-membered ring (3.8 Å, 23.8°) and intermolecular stacking of the purine six-membered ring with an adjacent pendant phenyl ring (4.2 Å, 23.0°). …”

Organometallic Ruthenium(II) Diamine Anticancer Complexes:  Arene-Nucleobase Stacking and Stereospecific Hydrogen-Bonding in Guanine Adducts by Haimei Chen (392203)

“…The guanosine (Guo) adduct [(η⁶-biphenyl)Ru(en)(Guo-<i>N7</i>)][PF₆]₂·3.75(H₂O) (<b>5</b>) exhibits intramolecular stacking of the pendant phenyl ring with the purine five-membered ring (3.8 Å, 23.8°) and intermolecular stacking of the purine six-membered ring with an adjacent pendant phenyl ring (4.2 Å, 23.0°). …”

Organometallic Ruthenium(II) Diamine Anticancer Complexes:  Arene-Nucleobase Stacking and Stereospecific Hydrogen-Bonding in Guanine Adducts by Haimei Chen (392203)

“…The guanosine (Guo) adduct [(η⁶-biphenyl)Ru(en)(Guo-<i>N7</i>)][PF₆]₂·3.75(H₂O) (<b>5</b>) exhibits intramolecular stacking of the pendant phenyl ring with the purine five-membered ring (3.8 Å, 23.8°) and intermolecular stacking of the purine six-membered ring with an adjacent pendant phenyl ring (4.2 Å, 23.0°). …”

Organometallic Ruthenium(II) Diamine Anticancer Complexes:  Arene-Nucleobase Stacking and Stereospecific Hydrogen-Bonding in Guanine Adducts by Haimei Chen (392203)

“…The guanosine (Guo) adduct [(η⁶-biphenyl)Ru(en)(Guo-<i>N7</i>)][PF₆]₂·3.75(H₂O) (<b>5</b>) exhibits intramolecular stacking of the pendant phenyl ring with the purine five-membered ring (3.8 Å, 23.8°) and intermolecular stacking of the purine six-membered ring with an adjacent pendant phenyl ring (4.2 Å, 23.0°). …”