Melti Lestiyani Lestiyani, S. Muliyono, Devina Rayzy Perwitasari Sutaji Putri
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引用次数: 0
摘要
在Kota Bangun的Dayaku Raja医院,对声强水平与1区和2区与发电机组的距离之间的关系进行了研究。声强级值(β)作为因变量,距离值(d)作为自变量。区域1的测量距离为7米,区域2为30米,其中β的测量空间为1米,使用声级计。此外,β绘制的平均距离(d),发电机组的外表面的距离的房子墙测量角度β(区域1)和内表面的距离的一半房子墙上测量角度β(区域2)的时间距离越小产生β,划线的曲线与负梯度是在哪里生产的,这是(1、6 db / m) d + 71, 9 db(区域1)丹β= (0,2 db / m) 50 d + 1 db(区域2)。在研究中,β在区域1的范围为60 dB至70 dB,在区域2的范围为40 dB至50 dB。因此,根据Peraturan Menteri Tenaga Kerja dan Transmigrasi No. 13/MEN/X/2011, Kota banun Dayaku Raja医院发电机(发电机组)的β小于噪声阈值。
Kaitan Tingkat Intensitas Bunyi terhadap Jarak dari Mesin Pembangkit Listrik (Genset) di RSUD Dayaku Raja Kota Bangun
Research has been carried out on the relationship between the level of sound intensity and the distance on region 1 and region 2 from a power generator set (genset) at the Dayaku Raja Hospital, Kota Bangun. The sound intensity level value (β) is used as the dependent variable and the distance value (d) is used as the independent variable. Measurement distance in region 1 is 7 meters, while in region 2 is 30 meters, where measurement space of β is 1 meter used Sound Level Meter. Furthermore, average of β plotted with the distance (d), which the distance from the outer surface of the gensets house wall to measurement point of β (region 1) and the distance from the inner surface of the halfway house wall to measurement point of β (region 2) which the longer of the distance the smaller β are produced, where the linier curves with negative gradient are produced, that is (-1,6dB/m)d + 71,9dB (region 1) dan β = (-0,2dB/m)d + 50,1dB (region 2). On the research, β is on the range of 60 dB to 70 dB on region 1 and 40 dB to 50 dB on region 2 are produced. Thus, β from a power generator (genset) at the Dayaku Raja Hospital Kota Bangun less than Noise Threshold Value based on Peraturan Menteri Tenaga Kerja dan Transmigrasi No. 13/MEN/X/2011.