verified SJR 0,826 · Q1 • database Scopus / SJR & Web of Science indexed

Netherlands · Elsevier B.V.

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Advanced Powder Technology

Advanced Powder Technology is a journal indexed in SJR in Chemical Engineering (miscellaneous) and Mechanics of Materials with an H index of 109. It has an SJR impact factor of 0,826 and it has a best quartile of Q1. It is published in English. It has an SJR impact factor of 0,826.

ISSN: 0921-8831

Publisher: Elsevier B.V.

Category: Chemical Engineering (miscellaneous)

Indexation: verifiedScopus / SJR verifiedWeb of Science

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schedule CountryOfPapers database fields

SJR Impact Factor trending_up

0,826 Q1

H-index 109

Acceptance rate pie_chart

26% Selective

Source Acceptance_Rate

Time to publication hourglass_top

NPD

Field NPD

Publication cost (APC) payments

NPD Subscription

Non-OA path NPD

Metrics

Scimago and CountryOfPapers database fields

Scopus / SJR Web of Science

SJR Impact

0,826

H-index

109

Docs (year)

304

Docs 3y

1116

Total refs

13618

Cites 3y

5505

Citable 3y

1115

Cites/Doc 2y

4.52

Ref/Doc

44.8

Immediate OA

—

Embargoed OA

NPD

Non OA / Submission

—

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Best articles by citations

Bulletin of the Association of Powder Process Industry and Engineering, Japan (APPIE)

Wet centrifugal classification of calcite fines - effect of feed size

DEM simulation of laboratory Knelson concentrator to study the effects of feed properties and operating parameters

Core-shell structured Mn-Zn-Fe ferrite/Fe-Si-Cr particles for magnetic composite cores with low loss

Controllable SiO2 insulating layer and magnetic properties for intergranular insulating Fe-6.5wt.%Si/SiO2 composites

Control of particle interfaces - the critical issue in nanoparticle technology

Conference report of APT2000

Computational model for prediction of particle degradation during dilute-phase pneumatic conveying: the use of a laboratory-scale degradation tester for the determination of degradation propensity

Computational model for prediction of particle degradation during dilute-phase pneumatic conveying: modeling of dilute-phase pneumatic conveying

Coefficients of restitution for elastoplastic oblique impacts

Characterization of pressure fluctuation in swirling gas-solid two-phase flow in a horizontal pipe

Characteristics of vibro-fluidization for fine powder under reduced pressure

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Characteristics of particulate matter generated in pressurized coal combustion for high-efficiency power generation system

A feasibility study of a new photosynthesis bioreactor design using TiO2 particles combined with enzymes

Analysis of biomass combustion ash behavior at elevated temperatures

Amorphous magnesium silicate - synthesis, physicochemical properties and surface morphology

Activity of Technical Groups in APPIE: Recycle and Reclamation Group

Activity of Technical Groups in APPIE: Food Process Technology Group

Activity of Technical Groups in APPIE: Electrophotographic Technology Group

Activity of Technical Groups in APPIE: Bulk Handling Group

Activity of Technical Groups in APPIE: Battery Manufacturing Technology Group

Accurate wet-type centrifugal classification using an almost rigidly rotating flow - classification principle and performance of the batch-type classification

A switchable hydrophilicity solvent mediated process to prepare fine silica aerogel powder as an excellent flatting agent

A new semi-empirical model for predicting particulate collection efficiency in low-to-high temperature gas cyclone separators

FAQs

Advanced Powder Technology has an SJR of 0,826 (best quartile Q1) in the CountryOfPapers database.

Immediate OA APC is not available (NPD).

The acceptance rate recorded for Advanced Powder Technology is 26%.

Advanced Powder Technology

Metrics

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Researcher reviews

Best articles by citations

FAQs

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