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  1. Technology classes
  2. /H · Electricity
  3. /H10 · Semiconductor devices
  4. /H10P · Generic processes or apparatus for the manufacture or treatment of devices covered
  5. /H10P 32/00 · Diffusion of dopants within, into or out of wafers, substrates or parts
  6. /H10P 32/10 · Diffusion of dopants within, into or out of semiconductor bodies or layers
  7. /H10P 32/185
H10P 32/185

Lithium-drift diffusion

Official title: {Lithium-drift diffusion}

H10P32/185 (Lithium-drift diffusion) appears on 2 US grants and 3 published applications in this corpus.

Search patents in H10P

Where it sits

  1. HElectricity
  2. H10Semiconductor devices
  3. H10PGeneric processes or apparatus for the manufacture or treatment of devices covered
  4. H10P 32/00Diffusion of dopants within, into or out of wafers, substrates or parts
  5. H10P 32/10Diffusion of dopants within, into or out of semiconductor bodies or layers
  6. H10P 32/185Lithium-drift diffusion
Granted patents
2
Published applications
3
Assignees
2
Inventors
9
Latest grant
25 May 2021

Filings by year

Granted patentsPublished applications
H10P 32/185: granted patents and published applications per publication year
YearGranted patentsPublished applications
199710
199800
199900
200000
200100
200200
200300
200400
200502
200600
200700
200800
200900
201000
201100
201200
201300
201400
201500
201600
201700
201800
201901
202000
202110

199720072021

By publication year. Applications have been published since 2001.

Recent patents

  • Method for regulating phase transformation of hydrogen-containing transition metal oxide25 May 2021US 11,018,294 B2Tsinghua University
  • Field-enhanced diffusion using optical activation28 Jan 1997US 5,597,762 ANonophase Diamond Technologies, Inc.
  • Method for regulating phase transformation of hydrogen-containing transition metal oxide12 Sep 2019US 2019/0280201 A1Tsinghua University
  • Method for forming periodic electronic potential structures in bulk solids using standing electromagnetic waves24 Mar 2005US 2005/0064103 A1
  • Method for forming doping superlattices using standing electromagnetic waves24 Mar 2005US 2005/0064111 A1

Most cited

By later US patents
  • Field-enhanced diffusion using optical activation57US 5,597,762 ANonophase Diamond Technologies, Inc. · 1997

Top assignees

Documents
  • TUTsinghua University2
  • NDNonophase Diamond Technologies, Inc.1

Often classified with

  • H10DInorganic electric semiconductor devices3
  • G02FOptical devices or arrangements for the control of light by modification of2
  • H10NElectric solid-state devices not otherwise provided for2
  • H01JElectric discharge tubes or discharge lamps1
  • H10FSolar cells and light sensors1
  • Y02EClean energy generation and storage1
  • Y02PLow-carbon manufacturing1

Documents that also carry the other class.

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