2. Plaster of Paris mixed with clay, lime and other materials

in combinations covered by trademarks or patents

3. Gypsum plaster mixed with ingredients develop more adhesive

strength in combinations covered by trademarks or patents.

Used for interior finish for smooth concrete walls or

ceilings.

4. Plaster of Paris mixed with alum or borax or other

materials and burned (calcined) at 932°F. Mixed on the job

with water, lime putty and fine white sand as hard finish

for two and three-coat gypsum plaster. For interior use

only

5. A brick or block masonry extending over the thickness of

the wall

6. a black substance available in solid, semi-solid, or liquid

states at normal temperatures. Composed of mixed

indeterminate hydrocarbons, appreciably soluble only in

carbon disulfide or other volatile liquid hydrocarbon.

7. Composed of a variety of products from thin liquids to

heavy paste, often one or more asphalts dissolved in

solvent are filled with minerals and fibers to meet

requirements of different coating uses and provide tough,

durable films resistant to the passage of water vapor.

8. Layers of waterproofing materials used in this method range

from ordinary tar paper laid with coal-tar pitch to

asbestos or asphalted felt laid in asphalt.

9. prevent the passage of water even under conditions of

hydrostatic pressure. It is used where ground-water

conditions are severe or the need to protect subgrade space

from moisture is critical.

10. Another term for parge coating, is light gray in color

and troweled on.

11. In warmer regions, these may be used in roofs and walls

to reduce the flow of solar heat into the building. These

are thin sheets or panels faced with a bright metal foil

that blocks the transmission of infrared (heat) radiation.

12. a membrane of metal foil, plastic, treated paper,or

primer paint placed on the warm side of thermal insulation

to prevent water vapor from entering the insulation and

condensing into liquid.

13. They significantly reduce building energy consumption and

help protect enclosure assemblies from moisture

condensation by restricting the infiltration of humid air.

14. In this method, meticulous attention is given to sealing

joints between these panels and framing members so as to

create a continuous air-impermeable boundary around

interior conditioned spaces

15. Its role increases in importance in colder climates, as

thermal insulation levels increase, and for interior spaces

such as pools or spas with high humidity levels.

16. Individual pieces of glass are known as ___

17. This glass was first produced, in France, in the late

17th century. Molten glass was cast into frames, spread

into sheets by rollers, cooled, then ground flat and

polished with abrasives, first on one side and then the

other. The result was a costly glass of near-perfect

optical quality in sheets of unprecedentedly large size.

18. Glass that has higher residual stresses than

heat-strengthened glass and is about four times as strong

in bending as annealed glass.

19. This glass is made by sandwiching a transparent polyvinyl

butyral (PVB) interlayer between sheets of glass and

bonding the three layers together

20. This glass is about twice as strong in bending as

annealed glass and is more resistant to thermal stress. It

usually has fewer distortions than tempered glass.

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