Top Disciplines (by peer-reviewed citations)

#	Discipline	Articles	Citations	A pos	C pos
1	Chemical Engineering	146	6.7K	50	150
2	Chemistry	33	3.5K	13,522	8,679
3	Industrial Engineering	101	3.0K	5	43
4	Biomass Energy	15	1.6K	944	637
5	Environment	16	1.6K	2,912	3,808
6	Fluid Mechanics	21	1.5K	156	110
6	supercritical fluids	21	1.5K	53	30
8	Green Chemistry	24	1.4K	211	438
9	Sustainable Engineering	21	1.3K	94	167
10	Catalysis	16	924	6,431	7,329
11	Environmental Engineering	20	725	1,493	5,644
12	Pollution	17	580	4,619	14,920
13	Environmental Health	14	554	5,643	12,595
13	sanitation	14	554	1,431	5,375
15	Environmental Chemistry	5	549	2,407	3,906
16	Energy Conversion	6	405	2,021	6,136
17	Biochemical Engineering	8	366	4,545	15,653
18	energy conservation	3	343	5,960	4,692
19	Biomass	1	338	2,953	373
20	Environmental Management	6	268	2,143	5,990
21	Physics	3	213	60,553	64,975
22	coal	2	208	9,291	4,607
23	Organic Chemistry	5	191	22,253	21,240
24	Biotechnology	3	180	49,554	61,649
25	Chemical industry	1	174	15,016	1,867
26	Chemical processes	3	94	1,118	1,165
27	Computational Chemistry	1	68	2,423	1,903
28	Water pollution	1	49	27,461	31,816
28	Water	2	49	15,667	33,961
30	Pharmaceutical Technology	1	46	11,700	12,947
30	catalytic activity	1	46	3,824	4,686
32	Materials	4	39	64,327	64,948
33	Organometallic compounds	3	34	6,114	13,366
34	Physical Chemistry	3	13	14,615	64,709
35	Nanotechnology	6	11	33,180	64,837
36	Ecology	1	9	62,744	64,932
36	Microbiology	1	9	53,246	64,774
36	Microbial Ecology	1	9	30,233	64,716
39	Bioengineering	4	7	18,658	64,982
40	Molecular Biology	2	6	59,403	64,930
40	Microelectronics	2	6	17,723	64,870
40	Biocompatible Materials	5	6	22,825	64,838
40	miniaturization	2	6	16,413	64,012
44	Materials Science	1	5	55,497	64,940
45	nanoscience	2	4	37,895	64,908
46	Crystal growth	2	2	5,237	25,141
47	Pharmacology	4	1	48,268	64,990
47	Molecular Pharmacology	2	1	5,063	30,613
47	Nanochemistry	2	1	2,853	39,556
47	Neurochemistry	2	1	22,891	63,932
47	Energy Storage	4	1	2,479	42,228
47	Polymers	5	1	26,414	64,984
47	Nanostructured Materials	4	1	19,556	64,707
47	Mass Spectrometry	2	1	4,390	19,615
47	Energy Harvesting	2	1	2,041	13,565
47	polymerization	3	1	29,906	64,745
57	Biochemistry	6	0	59,072	64,970
57	Toxicology	2	0	50,930	64,604
57	Biology	2	0	55,452	64,926
57	Analytical Chemistry	2	0	59,336	64,880
57	Surface Chemistry	2	0	46,695	64,580
57	Pharmacognosy	2	0	11,544	49,960
57	Hydrology	1	0	22,704	57,388
57	Occupational Health	2	0	4,158	20,293
57	Biosensors	2	0	6,861	38,761
57	Genetic engineering	2	0	10,359	64,823
57	Agricultural Chemistry	2	0	21,186	63,917
57	Pharmaceutical Chemistry	4	0	29,725	64,808
57	Photonics	2	0	20,988	63,508
57	Clinical Chemistry	2	0	35,006	64,975
57	Geochemistry	2	0	17,746	55,944
57	industrial hygiene	2	0	3,271	15,788
57	Combinatorial chemistry	2	0	3,097	20,562
57	Chemical safety	2	0	73	609
57	Synthetic biology	2	0	1,078	7,652
57	fuel cells	2	0	7,757	40,831
57	Proteome	2	0	6,108	38,607
57	Cosmochemistry	2	0	3,168	16,669
57	infection	2	0	8,015	51,358
57	Colloids	2	0	48,020	64,819
57	natural products	2	0	9,683	36,918
57	Informatics	2	0	2,811	17,487
57	Research	2	0	54,518	64,939
57	proteins	2	0	11,762	64,358

How are disciplines ranked here?

Disciplines are ranked by the peer-reviewed citation count accumulated by Phillip Savage's articles in journals classified under each field. A field appears here if one or more of its member journals have published peer-reviewed work attributed to Phillip Savage.

What do A pos and C pos mean?

The # column is the rank of each listed entry for Phillip Savage — rank 1 means this entry is where Phillip Savage has the most articles or citations. A pos and C pos show the reciprocal: the position of Phillip Savage within that entry's own ranked list, by articles and citations respectively. A low value means Phillip Savage is among the most prominent contributors for that entry.

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Phillip Savage

Pennsylvania State University · University of Michigan

Top Disciplines (by peer-reviewed citations)