EBD C13.8-100
|
Determination of absolute viscosity by short-tube viscosimeters |
1 |
EBD C13.8-101
|
Tests of large bridge columns |
1 |
EBD C13.8-102
|
Properties of Portland cement having high magnesia content |
1 |
EBD C13.8-103
|
Typical cases of deterioration of Muntz metal (60:40 brass) by selective corrosion |
1 |
EBD C13.8-104
|
Effect of size of grog in fire-clay bodies |
1 |
EBD C13.8-105
|
Comparative tests of porcelain laboratory ware |
1 |
EBD C13.8-106
|
Stabilized-platform weighing scale of novel design |
1 |
EBD C13.8-107
|
Comparative tests of chemical glassware |
1 |
EBD C13.8-108
|
Ground connections for electrical systems |
1 |
EBD C13.8-109
|
Conservation of tin in bearing metals, bronzes, and solders |
1 |
EBD C13.8-110
|
Influence of quality of gas and other factors on efficiency of gas-mantle lamps |
1 |
EBD C13.8-111
|
Compressive strength of large brick piers |
1 |
EBD C13.8-112
|
Standardization of Saybolt universal viscosimeter |
1 |
EBD C13.8-113
|
Determination of permeability of balloon fabrics |
1 |
EBD C13.8-114
|
Portable cubic-foot standard for gas |
1 |
EBD C13.8-115
|
New Baume scale for sugar solutions |
1 |
EBD C13.8-116
|
Silica refractories: Factors affecting their quality and methods of testing raw materials and finished ware |
1 |
EBD C13.8-117
|
Toluol recovery |
1 |
EBD C13.8-118
|
Critical study of Ledebur method for determining oxygen in iron and steel |
1 |
EBD C13.8-119
|
Ultra-violet and visible transmission of eye-protective glasses |
1 |