Quick sample of quantum computing research

Created by

Terry Gluff

Actor

OpenAlex Scholarly Works API - Data Scraper

Fetches 5 OpenAlex records for quantum computing research — titles, DOIs, open-access status, and citation counts in one JSON export.

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OpenAlex Scholarly Works API - Data Scrapergettingtechnicl/openalex-org

10%

2017,

Doi

Title

+260 fields

Input

Search query:quantum computing

Maximum results:5

Proxy Configuration:{1 field}

Output fields

10%

2017,

Doi

Title

Display Name

Publication Year

Publication Date

Doi

Mag

Language

Doi

Is Oa

Landing Page Url

Pdf Url

Display Name

Issn L

Issn

Is Oa

Is In Doaj

Is Core

Listed In

Host Organization Name

Host Organization Lineage

Host Organization Lineage Names

Type

Version

Is Accepted

Is Published

Raw Source Name

Raw Type

Volume

Type

Indexed In

Is Oa

Oa Status

Oa Url

Any Repository Has Fulltext

Author Position

Display Name

Orcid

Observed Orcids

Display Name

Ror

Country Code

Type

Lineage

Countries

Is Corresponding

Raw Author Name

Raw Affiliation Strings

Raw Orcid

Raw Affiliation String

Institution Ids

Countries Distinct Count

Institutions Distinct Count

Corresponding Author Ids

Corresponding Institution Ids

Apc List

Apc Paid

Fwci

Has Fulltext

Cited By Count

Value

Is In Top 1 Percent

Is In Top 10 Percent

Min

Max

Volume

Issue

First Page

Last Page

Is Retracted

Is Paratext

Is Xpac

Display Name

Score

Display Name

Score

Display Name

Score

Wikidata

Display Name

Level

Score

Locations Count

Doi

Is Oa

Landing Page Url

Pdf Url

Display Name

Issn L

Issn

Is Oa

Is In Doaj

Is Core

Listed In

Host Organization Name

Host Organization Lineage

Host Organization Lineage Names

Type

Version

Is Accepted

Is Published

Raw Source Name

Raw Type

Doi

Is Oa

Landing Page Url

Pdf Url

Display Name

Issn L

Issn

Is Oa

Is In Doaj

Is Core

Listed In

Host Organization Name

Host Organization Lineage

Host Organization Lineage Names

Type

Version

Is Accepted

Is Published

Raw Source Name

Raw Type

Display Name

Score

Display Name

Funder Award Id

Funder Display Name

Display Name

Ror

Pdf

Grobid Xml

Pdf

Referenced Works Count

Referenced Works

Related Works

Radiation

Resistant

Camera

System

Was

Constructed

For

Monitoring

Deuterium

Plasma

Discharges

The

Large

Helical

Device

(LHD).

This

Has

Contributed

Safe

Operation

During

Two

Experimental

Campaigns

Without

Serious

Problems

Due

Radiation

(neutrons

And

Gamma Rays).

The

Cameras

Steadily

Functioned

Even

Discharge

With

Maximum

Neutron

Emission

Rate

Though

Some

Bright

Specks

Temporarily

Appeared

Images.

Have

Been

Installed

Shield

Boxes

Which

Consist

Lead

Covered

Borated

Polyethylene

Blocks

All

Directions.

For

Optimizing

Design

Box,

Flux

Distribution

Calculated

MCNP 6

Code,

Reveals

Reduction

Change

Energy

Spectra

Box.

Thanks

Optimization,

Significant

Extension

Lifetime

Realized.

Investigation

Influence

CCD

Image

Sensor

Shows

That

Number

Generally

Increases

Camera,

Also

Indicates

Disappear

Self Annealing

Process

Sensor.

Phenomenon

Highly

Contributes

Further

Cameras.

Year

Cited By Count

How it works

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The OpenAlex Scholarly Works API - Data Scraper Actor is ready to run with the inputs already set for "Quick sample of quantum computing research". Sign up or log in and you'll land in Apify Console with a copy of this exact task.

Start the "Quick sample of quantum computing research" task

The OpenAlex Scholarly Works API - Data Scraper Actor will start running based on the input automatically. You can also change all the input fields, like search query, maximum results, and more, to match your specific use case.

Receive the "Quick sample of quantum computing research" output

Monitor the progress in real time. You will be notified as soon as your dataset is complete and ready for review. Each result includes data such as 10%, 2017,, doi, and more.

Integrate into your workflow

The final output is delivered in JSON, CSV, or Excel format, ready to be plugged into your workflow. You can also run the "Quick sample of quantum computing research" task via API.