Kajian telah dijalankan oleh (Jamal

Kajian telah dijalankan oleh (Jamal Khodakarami et al.; 2012)menyatakan bahawa From the review, we can say that thermal comfort as a parameter
of indoor air quality in hospital affects the working conditions, well being,
safety and health ofthe medical personnel who work in these
environments.
Using a temperature-only design approach often leads to a system
that is unable to meet both patient and staff requirements,
especially when staff lowers the thermostat point. As a solution, an
additional unit could be added to the ordinary systems to deliver
dryer air without lowering the coil temperature

Hasil (Inggris) 1:

Study was carried out by (Jamal Khodakarami et al.; 2012) stated that From the review, we can say that thermal comfort as a parameterof indoor water quality in hospitals affects the working conditions, well being,safety and health ofthe medical personnel who work in theseenvironments.Using a hue-only design approach often leads to a systemthat is unable to meet both patient and staff requirements,especially when staff lowers the thermostat point. As a solution, anadditional units could be added to the ordinary systems to deliverdryer water without lowering the coil hue

Hasil (Inggris) 2:

The study was conducted by (Jamal Khodakarami et al .; 2012) states that From the review, we can say that thermal comfort as a parameter
of indoor air quality in hospitals affects the working conditions, well being,
safety and health ofthe medical personnel who work in these
environments.
Using a temperature-only design approach often leads to a system
that is unable to meet both patient and staff requirements,
especially when staff lowers the thermostat point. As a solution, an
additional unit could be added to the ordinary systems to deliver
dryer air without lowering the coil temperature