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

Acoustic performance optimization of natural-fiber micro-perforated panels backed by an optimized polyurethane-fibrogranule composite

采用优化聚氨酯-纤维颗粒复合材料背衬的天然纤维微穿孔板的声学性能优化

Nakhaeipour, Mojtaba; Forouharmajd, Farhad; Habibi, Ehsanollah; Soltani, Parham; Tehrani, Ali

The Effect of Low Frequency Noise on Working Speed and Annoyance

低频噪声对工作速度和烦躁感的影响

Javadi, Anis; Pourabdian, Siamak; Forouharmajd, Farhad

The Effect of Low Frequency Noises Exposure on the Precision of Human at the Mathematical Tasks

低频噪声暴露对人类数学任务精确度的影响

Javadi, Anis; Pourabdian, Siamak; Forouharmajd, Farhad

Evaluation of Occupational Noise Levels in the Ear Canal of Exposed Workers

评估暴露于职业噪声的工人耳道内的职业噪声水平

Asady, Hadi; Fuente, Adrian; Pourabdian, Siamak; Yousefi Rizi, Hossein Ali; Forouharmajd, Farhad

The Efficiency of Hearing Protective Devices against Occupational Low Frequency Noise in Comparison to the New Subjective Suggested Method

与新的主观建议方法相比,听力保护装置在职业低频噪声下的效率

Forouharmajd, Farhad; Nazaryan, Kamyar; Fuente, Adrian; Pourabdian, Siamak; Asady, Hadi

Acoustical role of ear canal in exposure to the typical occupational noise levels

耳道在典型职业噪声暴露中的声学作用

Asady, Hadi; Fuente, Adrian; Pourabdian, Siamak; Forouharmajd, Farhad; Shokrolahi, Ismail

Assessment of Oxidative DNA Damages in Radiography Staff via Evaluation of Its Urinary Biomarker (8-hydroxy2-deoxyguanosine)

通过评估尿液生物标志物(8-羟基-2-脱氧鸟苷)来评估放射技师的氧化性DNA损伤

Salehi, Azam; Ebrahimpour, Karim; Forouharmajd, Farhad; Zarean, Maryam

Using the Blood Coagulation Factors as a Predictor Component of the Occupational Vibration Exposure

利用血液凝固因子作为职业振动暴露的预测指标

Yadegari, Mehrdad; Pourabdian, Siamak; Forouharmajd, Farhad

Evaluating Temperature Changes of Brain Tissue Due to Induced Heating of Cell Phone Waves

评估手机电波感应加热引起的脑组织温度变化

Forouharmajd, Farhad; Pourabdian, Siamak; Ebrahimi, Hossein

Mobile Phone Distance from Head and Temperature Changes of Radio Frequency Waves on Brain Tissue

手机与头部距离及射频波对脑组织温度的影响

Forouharmajd, Farhad; Ebrahimi, Hossein; Pourabdian, Siamak