Definition of dielectrophoresis in English:

dielectrophoresis

noun dʌɪɪˌlɛktrəfəˈriːsɪsˌdīəˌlektrəfəˈrēsis

mass nounPhysics

The migration of uncharged particles towards the position of maximum field strength in a non-uniform electric field.
〔物理〕介电泳，双向电泳
Example sentencesExamples
- DEP traps can use either negative dielectrophoresis pushing cells away from the electrodes or positive dielectrophoresis pulling cells toward the electrodes.
- We demonstrate that electrodeless dielectrophoresis can be used for concentration and patterning of both single-strand and double-strand DNA.
- Our observation of trapping of small molecules suggests that dielectrophoretic trapping may be applicable to many small molecules, which has not been observed because of the methods used to study dielectrophoresis to date.
- We assign this trapping to strong dielectrophoresis due to the high electric field and electric field gradient in the pipette tip.
- The observation of flow to the tip during both half cycles is clear indication of an additional flow, which is believed to be due to dielectrophoresis.

Origin

1950s: blend of dielectric and electrophoresis.

Definition of dielectrophoresis in US English:

dielectrophoresis

nounˌdīəˌlektrəfəˈrēsis

Physics

The migration of uncharged particles toward the position of maximum field strength in a nonuniform electric field.
〔物理〕介电泳，双向电泳
Example sentencesExamples
- We demonstrate that electrodeless dielectrophoresis can be used for concentration and patterning of both single-strand and double-strand DNA.
- Our observation of trapping of small molecules suggests that dielectrophoretic trapping may be applicable to many small molecules, which has not been observed because of the methods used to study dielectrophoresis to date.
- The observation of flow to the tip during both half cycles is clear indication of an additional flow, which is believed to be due to dielectrophoresis.
- DEP traps can use either negative dielectrophoresis pushing cells away from the electrodes or positive dielectrophoresis pulling cells toward the electrodes.
- We assign this trapping to strong dielectrophoresis due to the high electric field and electric field gradient in the pipette tip.

Origin

1950s: blend of dielectric and electrophoresis.

单词	dielectrophoresis
释义	Definition of dielectrophoresis in English: dielectrophoresis noun dʌɪɪˌlɛktrəfəˈriːsɪsˌdīəˌlektrəfəˈrēsis mass nounPhysics The migration of uncharged particles towards the position of maximum field strength in a non-uniform electric field. 〔物理〕介电泳，双向电泳 Example sentencesExamples DEP traps can use either negative dielectrophoresis pushing cells away from the electrodes or positive dielectrophoresis pulling cells toward the electrodes. We demonstrate that electrodeless dielectrophoresis can be used for concentration and patterning of both single-strand and double-strand DNA. Our observation of trapping of small molecules suggests that dielectrophoretic trapping may be applicable to many small molecules, which has not been observed because of the methods used to study dielectrophoresis to date. We assign this trapping to strong dielectrophoresis due to the high electric field and electric field gradient in the pipette tip. The observation of flow to the tip during both half cycles is clear indication of an additional flow, which is believed to be due to dielectrophoresis. Origin 1950s: blend of dielectric and electrophoresis. Definition of dielectrophoresis in US English: dielectrophoresis nounˌdīəˌlektrəfəˈrēsis Physics The migration of uncharged particles toward the position of maximum field strength in a nonuniform electric field. 〔物理〕介电泳，双向电泳 Example sentencesExamples We demonstrate that electrodeless dielectrophoresis can be used for concentration and patterning of both single-strand and double-strand DNA. Our observation of trapping of small molecules suggests that dielectrophoretic trapping may be applicable to many small molecules, which has not been observed because of the methods used to study dielectrophoresis to date. The observation of flow to the tip during both half cycles is clear indication of an additional flow, which is believed to be due to dielectrophoresis. DEP traps can use either negative dielectrophoresis pushing cells away from the electrodes or positive dielectrophoresis pulling cells toward the electrodes. We assign this trapping to strong dielectrophoresis due to the high electric field and electric field gradient in the pipette tip. Origin 1950s: blend of dielectric and electrophoresis.
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