|
D 206.10:675
|
The time course of acid-base balance while on FBM submarine patrol / |
1 |
|
D 206.10:676
|
Methemoglobin formation in humans during exposure to hyperbaric oxygen in a Standard Navy Decompression Treatment Table / |
1 |
|
D 206.10:677
|
Binaural improvement in normal and defective ears in a background of other voices / |
1 |
|
D 206.10:679
|
Improvement of vision under water with chromatic filters / |
1 |
|
D 206.10:680
|
Studies in Navy communication. |
1 |
|
D 206.10:681
|
The visual evoked cortical response as a measure of stress in naval environments : methodology and analysis (2) rapid flash rates / |
1 |
|
D 206.10:683
|
Differences between word intelligibility and sentence identification responses to "synthetic" sentences / |
1 |
|
D 206.10:684
|
Further tests of training techniques to improve visual-motor coordination of Navy divers under water / |
1 |
|
D 206.10:685
|
Comparison of color vision tests used by the military services / |
1 |
|
D 206.10:686
|
Submarine crew effectiveness during submerged missions of sixty or more days' duration / |
1 |
|
D 206.10:687
|
Electroencephalographic changes during saturation excursion dives to a simulated seawater depth of 1000 feet / |
1 |
|
D 206.10:688
|
Human factors evaluation of submarine escape. |
1 |
|
D 206.10:689
|
Psychological effects of prolonged exposure to sonar signals at an elevated intensity. |
1 |
|
D 206.10:690
|
Response variations of three types of microphones pressurized to 19 ata / |
1 |
|
D 206.10:691
|
Psychological effects of prolonged exposure to sonar signals at an elevated intensity. |
1 |
|
D 206.10:692
|
The effects of elevated atmospheric CO₂ on acid-base balance and red-cell electrolytes of FBM submarine crew members / |
1 |
|
D 206.10:693
|
Variability among ten talkers of word intelligibility in noise / |
1 |
|
D 206.10:694
|
Apparent object movement produced by head movement under water / |
1 |
|
D 206.10:695
|
Design considerations for a microphone-equipped mouthpiece for Navy diver communication / |
1 |
|
D 206.10:697
|
The intelligibility of processed helium speech at diving depths greater than 1000 feet / |
1 |
