6 research outputs found
The percentage of judges, prosecutors, police officers and defense attorneys who responded correctly.
<p>The percentage of judges, prosecutors, police officers and defense attorneys who responded correctly.</p
PTSD symptoms: Worry about others × Trait resilience.
<p>This figure revealed the moderation of trait resilience in the association between subjective experience (i.e., worry about others) and PTSD symptoms. For participants with low level of trait resilience, worry about others was significantly and positively associated with individual PTSD symptoms. In contrast, participants with high level of trait resilience evidenced little variation in PTSD symptoms as a function of worry about others.</p
Descriptive statistics and intercorrelation among main variables.
<p>Note. PTSD = Posttraumatic stress disorder;</p>a<p>for adolescent participants’ gender, 0 =  female, 1 =  male;</p><p>**<i>p</i><.01.</p
Trauma severity and trait resilience as predictors of PTSD and depressive symptoms among adolescent survivors of the Wenchuan earthquake.
<p>*<i>p</i><.05. ***<i>p</i><.001.</p>a<p>for adolescent participants’ gender, 0 =  female, 1 =  male.</p
Effects of Heating Rate on the Nucleation, Growth, and Transformation of InOOH and In<sub>2</sub>O<sub>3</sub> via Solvothermal Reactions
A solvothermal
reaction is generally considered to be governed
by the chemical and thermodynamic parameters. Yet, the effects of
heating rate on the nucleation and growth of the target materials
within solvothermal processes have been rarely reported. In this work,
taking the solvothermally synthesized InOOH/In<sub>2</sub>O<sub>3</sub> as the sample system we intend to illustrate that the heating rate
plays an important role in the nucleation, growth, and transformation
in solvothermal reactions. It is shown that with the heating rate
changing from 4 to 8 °C/min, the initial nucleation temperature
for ultrathin InOOH nanowires drops greatly from 160 to 120 °C.
At a heating rate of 4 °C/min, the transformation from InOOH
nanowires to In<sub>2</sub>O<sub>3</sub> nanocubes in the one-step
solvothermal system begins at 170 °C and completes at 210 °C.
While at a heating rate of 8 °C/min, the transformation begins
at 130 °C and completes at 180 °C. It is also found that
heating rate may trigger different growth mechanisms in the solvothermal
system and subsequently influence the microstructure of the products.
Thus, it is anticipated that controlling the heating rate may be a
potential route to tailor the morphology, microstructure, and even
the properties of materials via solvothermal processes