日期:
2020 年 — 2026 年
2020
2021
2022
2023
2024
2025
2026
影响因子:

Cutaneous microvascular function is reduced in winter compared with summer in healthy young adults

健康年轻成人的皮肤微血管功能在冬季比夏季有所下降

Bangle, James F; Jennings, William E; Guadagni, Alyssa J; Albino, Georgia R; Grundstein, Andrew J; Wolf, S Tony

Age and livability in a hotter climate

在气候变暖的情况下,老年人的生活质量和宜居性

Kenney, W Larry; Cottle, Rachel M; Vecellio, Daniel J; Fisher, Kat G; Leach, Olivia K; Kong, Qinqin; Wolf, S Tony

Cardiovascular challenges of aging in a hotter environment: a narrative review

高温环境下老年人心血管挑战:叙述性综述

Cottle, Rachel M; Wolf, S Tony; Kenney, W Larry

Quantification and interpretation of nitric oxide-dependent cutaneous vasodilation during local heating

局部加热过程中一氧化氮依赖性皮肤血管舒张的定量分析与解释

Wolf, S Tony; Dillon, Gabrielle A; Alexander, Lacy M; Kenney, W Larry; Stanhewicz, Anna E

Critical environmental core temperature limits and heart rate thresholds across the adult age span (PSU HEAT Project)

成人年龄段的关键环境核心温度限制和心率阈值(PSU HEAT 项目)

Cottle, Rachel M; Fisher, Kat G; Leach, Olivia K; Wolf, S Tony; Kenney, W Larry

Sunscreen does not alter sweating responses or critical environmental limits in young adults (PSU HEAT project)

防晒霜不会改变年轻人的出汗反应或关键环境限制(宾夕法尼亚州立大学 HEAT 项目)

Fisher, Kat G; Cottle, Rachel M; Kenney, W Larry; Wolf, S Tony

Lower maximal skin wettedness in both warm-humid and hot-dry environments with advanced age (PSU HEAT project)

随着年龄增长,在温暖潮湿和炎热干燥的环境中,皮肤最大湿润度均会降低(宾夕法尼亚州立大学 HEAT 项目)

Fisher, Kat G; Vecellio, Daniel J; Cottle, Rachel M; Leach, Olivia K; Wolf, S Tony; Kenney, W Larry

Sex differences in heat stress vulnerability among middle-aged and older adults (PSU HEAT Project)

中老年人热应激脆弱性的性别差异(PSU HEAT 项目)

Leach, Olivia K; Cottle, Rachel M; Fisher, Kat G; Wolf, S Tony; Kenney, W Larry

A Novel Conceptual Model for Human Heat Tolerance

人类耐热性的新型概念模型

Bernard, Thomas E; Wolf, S Tony; Kenney, W Larry

Relatively minor influence of individual characteristics on critical wet-bulb globe temperature (WBGT) limits during light activity in young adults (PSU HEAT Project)

个体特征对青年人在轻度活动期间的临界湿球黑球温度 (WBGT) 限值的影响相对较小(PSU HEAT 项目)

Wolf, S Tony; Havenith, George; Kenney, W Larry