Oxygen storage module with physisorption technology for closed-circuit respirators
conference proceedings item published in 2020
Press Enter · cited answer in seconds
0 sources
Summary
Oxygen storage module with physisorption technology for closed-circuit respirators is a conference paper[1].
Key Facts
- Oxygen storage module with physisorption technology for closed-circuit respirators's instance of is recorded as conference paper[2].
- Oxygen storage module with physisorption technology for closed-circuit respirators's page is recorded as 012106[3].
- Oxygen storage module with physisorption technology for closed-circuit respirators's DOI is recorded as 10.1088/1757-899X/755/1/012106[4].
- Oxygen storage module with physisorption technology for closed-circuit respirators's language of work or name is recorded as English[5].
- Oxygen storage module with physisorption technology for closed-circuit respirators's issue is recorded as 1[6].
- Oxygen storage module with physisorption technology for closed-circuit respirators's volume is recorded as 755[7].
- Oxygen storage module with physisorption technology for closed-circuit respirators's publication date is recorded as +2020-06-29T00:00:00Z[8].
- Oxygen storage module with physisorption technology for closed-circuit respirators's PubMed publication ID is recorded as 37206896[9].
- Oxygen storage module with physisorption technology for closed-circuit respirators's sponsor is recorded as NIOSH National Personal Protective Technology Laboratory[10].
- Oxygen storage module with physisorption technology for closed-circuit respirators's main subject is recorded as dioxygen[11].
- Oxygen storage module with physisorption technology for closed-circuit respirators's main subject is recorded as respirator[12].
- Oxygen storage module with physisorption technology for closed-circuit respirators's main subject is recorded as emerging technology[13].
- Oxygen storage module with physisorption technology for closed-circuit respirators's main subject is recorded as nanocomposite[14].
- Oxygen storage module with physisorption technology for closed-circuit respirators's main subject is recorded as equipment design[15].
- Oxygen storage module with physisorption technology for closed-circuit respirators's main subject is recorded as respiratory protective equipment[16].
- Oxygen storage module with physisorption technology for closed-circuit respirators's main subject is recorded as mining[17].
- Oxygen storage module with physisorption technology for closed-circuit respirators's PMC publication ID is recorded as 10193508[18].
- Oxygen storage module with physisorption technology for closed-circuit respirators's title is recorded as Oxygen storage module with physisorption technology for closed-circuit respirators[19].
- Oxygen storage module with physisorption technology for closed-circuit respirators's author name string is recorded as Swanger AM[20].
- Oxygen storage module with physisorption technology for closed-circuit respirators's author name string is recorded as Fesmire JE[21].
- Oxygen storage module with physisorption technology for closed-circuit respirators's author name string is recorded as Fernando R[22].
- Oxygen storage module with physisorption technology for closed-circuit respirators's NIOSHTIC-2 ID is recorded as 20060417[23].
- Oxygen storage module with physisorption technology for closed-circuit respirators's on focus list of Wikimedia project is recorded as Wikimedia–NIOSH collaboration[24].
- Oxygen storage module with physisorption technology for closed-circuit respirators's funding scheme is recorded as extramural research[25].
Body
Designation and Status
Oxygen storage module with physisorption technology for closed-circuit respirators's instance of is recorded as conference paper[2].