Assertion: radon | /r/CapableOf | enter building
Facets:
value: through the foundation
type: MANNER
value: many ways
type: MANNER
value: from the ground
type: TRANSITIVE-OBJECT
value: underneath it
type: LOCATION
value: through the ground
type: LOCATION
value: through basement walls
type: MANNER
value: through openings
type: MANNER
value: generally
type: DEGREE
value: through any opening
type: TEMPORAL
value: usually
type: TEMPORAL
value: at their lowest point
type: TEMPORAL
value: from water
type: CAUSE
value: less frequently
type: DEGREE
value: through well water
type: MANNER
value: in some cases
type: TEMPORAL
value: from the soil
type: TRANSITIVE-OBJECT
value: directly
type: MANNER
value: recently
type: TEMPORAL
value: mostly
type: DEGREE
Source sentences:
text: Radon mostly enters a building directly from the soil through the lowest level in the building that is in contact with the ground.
text: If there is a source and entry point(s), radon can enter any building.
text: Radon enters homes, offices, schools and other buildings through cracks in floors, walls, construction joints, or gaps around service pipes, electrical wires and sump pits.
text: Another way radon may enter a building is through the water supply.
text: Since radon enters a building through the ground, lower levels such as basements, tend to have higher measured levels.
text: Several factors govern the extent of how much radon will enter a building.
text: In the U.S., Britain and Sweden, the majority of the radon which enters a building is from the presence of radon in the soil gas.
text: So the radon that is recorded on a test is radon that has entered a building recently.
text: Radon can enter a building from the ground underneath it, and concentrate to tens or even hundreds of times the level in outdoor air.
text: Radon can enter a building from the ground underneath it, and concentrate to tens or even hundreds of times the level in outdoor air.
text: As radon is released from the decay of uranium, it moves through the soil and easily passes through small spaces in a foundation and enters a building.
text: Since radon enters a building through the ground, lower levels such as basements, tend to have higher measured levels.
text: It can enter buildings through cracks in floors or walls, construction joints, or gaps in foundations around pipes, wires or pumps.
text: Less frequently, radon may enter buildings from water used in bathroom showers and faucets.
text: Radon tends to enter buildings at their lowest point.
text: Radon can enter homes and buildings through cracks in floors, walls, or foundations.
text: Radon enters buildings many ways.
text: In some cases, radon can enter buildings through well water and come from building materials.
text: Generally, radon enters buildings through the foundation and crawl spaces.
text: Radon usually enters buildings mixed with other gasses from the soil.
text: It can enter buildings through openings where the buildings contact the ground.
text: Radon can enter buildings and homes through any opening where there is contact with soil (floor drains, cracks in foundation walls, gaps around pipes and cables).
text: Radon enters buildings through cracks in the foundations and/or basement walls, unsealed joints, and utility chases.
text: In homes, schools and buildings radon levels are increased because radon enters the buildings through cracks in the foundations and basements.
text: Radon can enter any building
text: Radon enters homes, offices, schools and other buildings through cracks in floors, walls, construction joints, or gaps around service pipes, electrical wires and sump pits.