The association of the process changes from a source isolation scope to a target isolation scope.

An isolation shelter includes, in its interior, an inner closure defining an isolation space.

There is an insulation gap between the two constituent parts.

A method for moving an executing process from a source isolation scope to a target isolation scope includes the step of determining that the process is in a state suitable for moving.

A heat-insulation space is provided between the battery (6) and the circuit substrate (7).

A second isolation space (145) is positioned between the second ink reservoir and the third ink reservoir.

A first isolation space (140) is positioned between the first ink reservoir and the second ink reservoir.

A heat-insulation space (S3) is provided between the battery (6) and the circuit substrate (7).

An insulation space (55) is formed between the receiving recess (51) and the heater supporting member (43).

An isolated portion of the lower electrode is formed by creating an annular isolation gap (20) in the lower electrode (58).

Interior insulation slots cut vertically through natural logs align to form a full wall interior insulation space within the stacked natural log wall.

The electrodes are etched to form an isolation gap that isolates that electrode from either the first or second cross-conductor.

An interchangeable inground tool system is described which integrally serves to provide an electrically isolating gap in the drill string.

The pressure in the isolation space substantially prevents contaminants from escaping the isolation space into the environment outside the isolation shelter.

The vacuum space is divided into a film forming gas supply space in which a film forming gas is fed and a heat insulation space defined between the substrate holding member and the treating vessel.