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Application of calendering for improving the electrical characteristics of a printed top-gate, bottom-contact organic thin film transistors

PaperCitations, authors & open-access status

Application of calendering for improving the electrical characteristics of a printed top-gate, bottom-contact organic thin film transistors is a paper indexed in ScholarIQ from OpenAlex.

How many citations does Application of calendering for improving the electrical characteristics of a printed top-gate, bottom-contact organic thin film transistors have?

ScholarIQcitation count

Application of calendering for improving the electrical characteristics of a printed top-gate, bottom-contact organic thin film transistors has 7 citations in the OpenAlex counts ScholarIQ stores.

When was Application of calendering for improving the electrical characteristics of a printed top-gate, bottom-contact organic thin film transistors published?

ScholarIQyear

Application of calendering for improving the electrical characteristics of a printed top-gate, bottom-contact organic thin film transistors has 2018 year in the ScholarIQ index.

What is the open-access status of Application of calendering for improving the electrical characteristics of a printed top-gate, bottom-contact organic thin film transistors?

ScholarIQoa status

Application of calendering for improving the electrical characteristics of a printed top-gate, bottom-contact organic thin film transistors has closed oa status in the ScholarIQ index.

What is the DOI of Application of calendering for improving the electrical characteristics of a printed top-gate, bottom-contact organic thin film transistors?

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The DOI for Application of calendering for improving the electrical characteristics of a printed top-gate, bottom-contact organic thin film transistors is on the source record.

What is the OpenAlex record for Application of calendering for improving the electrical characteristics of a printed top-gate, bottom-contact organic thin film transistors?

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The OpenAlex for Application of calendering for improving the electrical characteristics of a printed top-gate, bottom-contact organic thin film transistors is on the source record.

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