xhz-90医用型光疗标志的光疗效果分析

Yeni Pertiwi, Nur Hadziqoh, M. Mustofa
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摘要

早产婴儿每年都在增加。因此,有必要采取适当的护理,使婴儿保持良好的健康。早产儿的治疗方法之一是光疗,以降低婴儿体内的胆红素水平。为了使光疗过程按预期运行,当然治疗中使用的光疗设备必须质量好、质量好。为此,质量保证和光疗设备需要通过一个校准过程进行。本研究对GEA医用型XHZ-90光疗仪进行了标定。按照卫生部2018年标准参考工作方法进行校准。校准是通过检查设备的物理和功能,重量增加10%,电器的电气安全检查,重量增加36%,测量仪器的性能,即光谱辐照度,重量增加50%来进行的。因此,总增重可达96%可以得出结论,这个工具功能正常,在使用的容忍范围内。光谱辐照度测量中的不确定度值考虑了A和b两种不确定度源,光谱辐照度测量中多个不确定度源的综合不确定度计算值为1.116。该值满足不确定度公差极限值≥4。
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ANALISIS HASIL KALIBRASI ALAT PHOTOTHERAPY MERK GEA MEDICAL TYPE XHZ-90
Babies born prematurely always increase every year. For this reason, it is necessary to take proper care so that the baby remains in good health. One of the treatments for premature babies is phototherapy to reduce bilirubin levels in the baby's body. In order for the phototherapy process to run as expected, of course the phototherapy equipment used in the treatment must be of good quality and quality. For this reason, quality assurance and phototherapy equipment need to be carried out through a calibration process. In this study, calibration of the GEA medical type XHZ-90 phototherapy tool was carried out. Calibration is carried out by following the standard reference work method from the Ministry of Health in 2018. Calibration is carried out by checking the physical and function of the equipment which gains a weight of 10%, electrical safety inspection of the appliance with a weight gain of 36%, and measuring the performance of the instrument, namely spectral irradiance with a weight gain of 50%. . So that the total weight gain can be 96% and it can be concluded that this tool is functioning properly and within the tolerance limits of use. The uncertainty value in the measurement of spectral irradiance takes into account the sources of uncertainty types A and B. The combined uncertainty calculation from several sources for the measurement of spectral irradiance is 1.116. This value has met the uncertainty tolerance limit value of ≥ 4.
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AKTIVASI ZEOLIT ALAM SEBAGAI ADSORBEN PEWARNA ALAMI KULIT BUAH NAGA (PITAYA) ANALISIS HASIL KALIBRASI ALAT PHOTOTHERAPY MERK GEA MEDICAL TYPE XHZ-90 FABRIKASI ELEKTRODA KARBON DARI SABUT KELAPA MUDA DENGAN AKTIVASI FISIKA SEBAGAI APLIKASI SUPERKAPASITOR PENGARUH DOPING MANGAN TERHADAP KOMPOSISI DAN SIFAT KRISTALINITAS PARTIKEL OKSIDA BESI PASIR ALAM SUNGAI ROKAN DIPREPARASI DENGAN METODE BALL MILLING APLIKASI UJI COBA SKALA LABORATORIUM IMPLEMENTASI PROTOTYPE ALAT INOVASI TEKNOLOGI PASCA PANEN BERBASIS BIOMASSA UNTUK DETEKSI TEMPERATURE DENGAN SISTEM INTERNET OF THINGS
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