Sentence examples for combustion building from inspiring English sources

Potential sources include combustion, building materials and furnishing, heating and cooling devices, products you bring into your home, and products outside that affect the indoor air, too.

Buildings contain numerous sources of VOCs, including tobacco smoke, combustion appliances, building and renovation materials, house cleaning and maintenance products, solvents, photocopying machines, dry-cleaned clothes, personal care products, printed materials, room deodorizers, moth crystals, and chlorinated water.

I believe these connections follow lines of energy that flow around the planet and that heretofore unknown and unidentified geophysical energy, under the correct circumstances, can cause spontaneous combustion in property, buildings, and people.

The major sources of PM air pollution in Shenyang are coal combustion, urban traffic emissions, building construction, the chemical industry, and natural dust.

Prakash and his brother developed an interest in combustion; one experiment involved building and then blowing up a ten-foot-tall wire-mesh effigy of Ravana, the Hindu demon king.

The lack of an interior grid -- along with the lounges, kitchens, a fitness center, a cafe and a child care center, and whiteboards and blackboards seemingly around every bend -- is part of Mr. Gehry's and the institute's plan to spark creative combustion by encouraging the building's occupants to bump into one another.

Nowadays, with the awareness of environmental pollution contributed by the combustion of fossil fuels, building a low-carbon world has attracted widespread attentions.

Maybe all of tomorrow’s cars will be hybrids or powered by fuel cells or even electricity, but automakers are not going to quit so quickly on their century of experience in building internal combustion engines, both gasoline- and diesel-powered.

Improved ventilation can be expected to help control exposures from off-gassing of building materials, combustion products, organic substances, excess moisture, radon, and so on.

This technique has been used to investigate tobacco smoke [ 29], diesel exhaust [ 30, 31], smoke from building material combustion [ 32], flame-generated cerium oxide nanoparticles [ 33], metal salt nanoparticles [ 34], and magnetic nanoparticles [ 35].

October 9, 1833 Cologne, Germany October 2, 1895 Cologne, Germany Eugen Langen, (born Oct. 9, 1833, Cologne died Oct. 2, 1895, Cologne) German engineer who pioneered in building internal-combustion engines.