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Researcher · The University of Tokyo · Japan

Kyoko Nozaki

Kyoko Nozaki publishes mostly in Organic Chemistry, Inorganic Chemistry and Process Chemistry and Technology, on topics such as Organometallic Complex Synthesis and Catalysis, Asymmetric Hydrogenation and Catalysis and Carbon dioxide utilization in catalysis.

ORCID 0000-0002-0321-5299 OpenAlex
World rank
#155,901
of 7,710,434 ranked researchers
Rank in Japan
#1,101
of 383,136
Works
904
Citations
27k
Citations per work
30.1
h-index
91
i10-index 339Top 0.1% in Organic Chemistry
Kyoko Nozaki

What does Kyoko Nozaki research?

Kyoko Nozaki's work is mostly in Chemistry (61%), Chemical Engineering (8%), Materials Science (7%).

Physical Sciences: 704 works · 77.9% of their workChemistry: 551 works · 60.9% of their workOrganic Chemistry: 438 works · 48.5% of their workInorganic Chemistry: 112 works · 12.4% of their workChemical Engineering: 72 works · 8.0% of their workProcess Chemistry and Technology: 72 works · 8.0% of their workMaterials Science: 59 works · 6.5% of their workBiomaterials: 30 works · 3.3% of their workMaterials Chemistry: 29 works · 3.2% of their workEngineering: 23 works · 2.5% of their workBiomedical Engineering: 23 works · 2.5% of their workEverything else: 200 works · 22.1% of their workTHEIR WORKKyoko Nozaki904works
Physical Sciences78%

Their six largest subfields, inside their fields and domains; the grey slice is everything else they publish. The interactive view splits every one of their works down to single topics.

The fields and subfields, with their numbers
    1. Chemistry55160.9%
    2. Chemical Engineering728.0%
    3. Materials Science596.5%
    4. Engineering232.5%
  2. Everything else20022.1%
  1. 1Organic Chemistry48% of their works
  2. 2Inorganic Chemistry12% of their works
  3. 3Process Chemistry and Technology8% of their works
  4. 4Biomaterials3% of their works
  5. 5Materials Chemistry3% of their works
  6. 6Biomedical Engineering2% of their works

Research topics

Which keywords describe Kyoko Nozaki's research?

The keywords of their largest research topics: Hydrogenation, Catalysis, Organometallic Chemistry, Polymerization, Transition Metal Complexes, Bond Activation, Transition Metal and Asymmetric Catalysis.

Size is their works in the topics tagged with each word, from their 8 largest topics. Each links to the topic it comes from most. The words come from the keyword list OpenAlex gives each topic, not from the text of the papers, so a word can appear that none of the papers uses.

All 22 words, with their numbers
  1. Hydrogenation5043 topics
  2. Catalysis4093 topics
  3. Organometallic Chemistry2882 topics
  4. Polymerization2882 topics
  5. Transition Metal Complexes2452 topics
  6. Bond Activation1911 topic
  7. Transition Metal1911 topic
  8. Asymmetric Catalysis1701 topic
  9. Chiral Ligands1701 topic
  10. Carbon Dioxide1431 topic
  11. Chemical Synthesis1431 topic
  12. Transition Metal Catalysis1282 topics
  13. Olefin Metathesis971 topic
  14. Ruthenium Catalysts971 topic
  15. Cross-Coupling Reactions781 topic
  16. Palladium-Catalyzed781 topic
  17. Frustrated Lewis Pairs751 topic
  18. Metal-Free Hydrogen Activation751 topic
  19. Biodegradable Polymers571 topic
  20. Polylactic Acid571 topic
  21. Carbon–Carbon Bond Formation501 topic
  22. C–H Activation501 topic

Where does Kyoko Nozaki work?

Kyoko Nozaki's main affiliation in the publication record is The University of Tokyo, Japan.

How many publications and citations does Kyoko Nozaki have?

OpenAlex counts 904 works and 27,183 citations for Kyoko Nozaki, an h-index of 91, ranking #155,901 of 7,710,434 researchers worldwide on the quality score.

Ranked on field-normalised citation excellence (50%), output (30%) and citations (20%). Counts come from OpenAlex author records, which occasionally merge different people who share a name or split one person into several.

Papers, co-authors, who cited this work and researchers on the nearest topics have tabs of their own, above. Is this your page? Claim it with your ORCID iD, or request a correction or removal.

Discussion

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