Model diagnostics for old death events. by Xin Zhang (35492)

“…For O₃ exposure, the highest risk was observed on the lag1-day of per 10 μg/m³ increase, with an ER of 1.073% (95% CI: 0.502% ~ 1.647%), and the largest cumulative effect occurred at a lag of 2 days with an ER of 1.113% (95%CI: 0.386% ~ 1.844%). …”

Model diagnostics for adult death events. by Xin Zhang (35492)

“…For O₃ exposure, the highest risk was observed on the lag1-day of per 10 μg/m³ increase, with an ER of 1.073% (95% CI: 0.502% ~ 1.647%), and the largest cumulative effect occurred at a lag of 2 days with an ER of 1.113% (95%CI: 0.386% ~ 1.844%). …”

Model diagnostics for child death events. by Xin Zhang (35492)

“…For O₃ exposure, the highest risk was observed on the lag1-day of per 10 μg/m³ increase, with an ER of 1.073% (95% CI: 0.502% ~ 1.647%), and the largest cumulative effect occurred at a lag of 2 days with an ER of 1.113% (95%CI: 0.386% ~ 1.844%). …”

Model diagnostics for all death events. by Xin Zhang (35492)

“…For O₃ exposure, the highest risk was observed on the lag1-day of per 10 μg/m³ increase, with an ER of 1.073% (95% CI: 0.502% ~ 1.647%), and the largest cumulative effect occurred at a lag of 2 days with an ER of 1.113% (95%CI: 0.386% ~ 1.844%). …”

Model diagnostics for female death events. by Xin Zhang (35492)

“…For O₃ exposure, the highest risk was observed on the lag1-day of per 10 μg/m³ increase, with an ER of 1.073% (95% CI: 0.502% ~ 1.647%), and the largest cumulative effect occurred at a lag of 2 days with an ER of 1.113% (95%CI: 0.386% ~ 1.844%). …”

Model diagnostics for male death events. by Xin Zhang (35492)

“…For O₃ exposure, the highest risk was observed on the lag1-day of per 10 μg/m³ increase, with an ER of 1.073% (95% CI: 0.502% ~ 1.647%), and the largest cumulative effect occurred at a lag of 2 days with an ER of 1.113% (95%CI: 0.386% ~ 1.844%). …”

Changes of wind direction, wind speed and specific <i>orf2</i> amplicons during typhoon events for a range of years (2019–2020, n by Kuang-Yueh Chen (21071954)

Linear stability of the flow of a second order fluid past a wedge by Martina Cracco (19655263)

“…</p><p>'velProfiles' generates figures 2(a)-(f): Velocity profile and relative variation with respect to the Newtonian<br>profile for increasing and decreasing values of the parameter K; (a), (b) γ = 0 (flat plate); (c), (d) γ = 0.5<br>(flow past a wedge); (e), (f) γ = 1 (stagnation flow).…”