id	sid	eid	entity	type
american_scientific_journal-8568	1	1	55	CARDINAL
american_scientific_journal-8568	1	2	american	NORP
american_scientific_journal-8568	1	3	sciences issn	ORG
american_scientific_journal-8568	1	4	2313	CARDINAL
american_scientific_journal-8568	1	5	2313	CARDINAL
american_scientific_journal-8568	1	6	zno	ORG
american_scientific_journal-8568	1	7	yizhi wu	PERSON
american_scientific_journal-8568	2	1	youming huang c	PERSON
american_scientific_journal-8568	2	2	jiakai	GPE
american_scientific_journal-8568	2	3	tiangong university	ORG
american_scientific_journal-8568	2	4	300387,china	CARDINAL
american_scientific_journal-8568	2	5	wuyizhi@tiangong.edu.cn	PERSON
american_scientific_journal-8568	2	6	the past few years	DATE
american_scientific_journal-8568	2	7	25%	PERCENT
american_scientific_journal-8568	6	1	zno-etms	ORG
american_scientific_journal-8568	6	2	recent years	DATE
american_scientific_journal-8568	9	1	1	CARDINAL
american_scientific_journal-8568	9	2	1.1	CARDINAL
american_scientific_journal-8568	11	1	0.1%	PERCENT
american_scientific_journal-8568	12	1	1)silicon	CARDINAL
american_scientific_journal-8568	13	1	first	ORDINAL
american_scientific_journal-8568	13	2	1954	DATE
american_scientific_journal-8568	13	3	the united states	GPE
american_scientific_journal-8568	13	4	only 6%‎[2	CARDINAL
american_scientific_journal-8568	13	5	several years	DATE
american_scientific_journal-8568	14	1	27.6%	PERCENT
american_scientific_journal-8568	14	2	1.however	CARDINAL
american_scientific_journal-8568	14	3	shockley-kuisser	ORG
american_scientific_journal-8568	15	1	2)thin	CARDINAL
american_scientific_journal-8568	18	1	american academic scientific research journal	ORG
american_scientific_journal-8568	18	2	2023	CARDINAL
american_scientific_journal-8568	18	3	91	CARDINAL
american_scientific_journal-8568	18	4	55-77 56	CARDINAL
american_scientific_journal-8568	19	1	about 10%	PERCENT
american_scientific_journal-8568	22	1	1	CARDINAL
american_scientific_journal-8568	23	1	recent years	DATE
american_scientific_journal-8568	24	1	25%	PERCENT
american_scientific_journal-8568	24	2	just a few	DATE
american_scientific_journal-8568	24	3	1	CARDINAL
american_scientific_journal-8568	26	1	2	CARDINAL
american_scientific_journal-8568	26	2	eight	CARDINAL
american_scientific_journal-8568	26	3	hexahedron	ORG
american_scientific_journal-8568	26	4	six	CARDINAL
american_scientific_journal-8568	26	5	13	DATE
american_scientific_journal-8568	26	6	14	DATE
american_scientific_journal-8568	26	7	15	CARDINAL
american_scientific_journal-8568	27	1	fa+	ORG
american_scientific_journal-8568	28	1	pb2+	LOC
american_scientific_journal-8568	31	1	first	ORDINAL
american_scientific_journal-8568	33	1	second	ORDINAL
american_scientific_journal-8568	34	1	third	ORDINAL
american_scientific_journal-8568	34	2	about 1.5 ev	CARDINAL
american_scientific_journal-8568	35	1	photovoltaics[11,28	ORG
american_scientific_journal-8568	36	1	american	NORP
american_scientific_journal-8568	36	2	2023	CARDINAL
american_scientific_journal-8568	36	3	91	CARDINAL
american_scientific_journal-8568	36	4	55	CARDINAL
american_scientific_journal-8568	36	5	2	CARDINAL
american_scientific_journal-8568	36	6	2+	DATE
american_scientific_journal-8568	36	7	sn 2+	ORG
american_scientific_journal-8568	38	1	3	CARDINAL
american_scientific_journal-8568	46	1	3	CARDINAL
american_scientific_journal-8568	46	2	mesoporous structure.(b)n-i	PERSON
american_scientific_journal-8568	47	1	1.2	CARDINAL
american_scientific_journal-8568	52	1	2	CARDINAL
american_scientific_journal-8568	52	2	american	NORP
american_scientific_journal-8568	52	3	2023	CARDINAL
american_scientific_journal-8568	52	4	91	CARDINAL
american_scientific_journal-8568	52	5	55	CARDINAL
american_scientific_journal-8568	52	6	58	CARDINAL
american_scientific_journal-8568	52	7	3	CARDINAL
american_scientific_journal-8568	52	8	4	CARDINAL
american_scientific_journal-8568	53	1	tio2	GPE
american_scientific_journal-8568	55	1	tio2	ORG
american_scientific_journal-8568	56	1	tio2	GPE
american_scientific_journal-8568	57	1	kim	PERSON
american_scientific_journal-8568	57	2	0.1	CARDINAL
american_scientific_journal-8568	58	1	weijun ke	PERSON
american_scientific_journal-8568	58	2	tio2	ORG
american_scientific_journal-8568	59	1	mapbi3	PERSON
american_scientific_journal-8568	59	2	tio2	GPE
american_scientific_journal-8568	59	3	15.4%	PERCENT
american_scientific_journal-8568	60	1	17.01%	PERCENT
american_scientific_journal-8568	60	2	tio2	GPE
american_scientific_journal-8568	60	3	two	CARDINAL
american_scientific_journal-8568	61	1	seok	PERSON
american_scientific_journal-8568	61	2	fai	PERSON
american_scientific_journal-8568	61	3	fapbi3	PRODUCT
american_scientific_journal-8568	61	4	fai	PERSON
american_scientific_journal-8568	62	1	fto)/bl	CARDINAL
american_scientific_journal-8568	62	2	20%	PERCENT
american_scientific_journal-8568	63	1	4a	CARDINAL
american_scientific_journal-8568	64	1	4b	CARDINAL
american_scientific_journal-8568	64	2	fapbi3	FAC
american_scientific_journal-8568	65	1	fapbi3	ORG
american_scientific_journal-8568	66	1	4c	CARDINAL
american_scientific_journal-8568	66	2	90%	PERCENT
american_scientific_journal-8568	66	3	spectrum‎[42	PERSON
american_scientific_journal-8568	67	1	tio2	GPE
american_scientific_journal-8568	67	2	pbi2	PERSON
american_scientific_journal-8568	67	3	pbbr2	ORG
american_scientific_journal-8568	67	4	dmf	PERSON
american_scientific_journal-8568	68	1	fai	PERSON
american_scientific_journal-8568	68	2	pbi2	GPE
american_scientific_journal-8568	68	3	20.8%	PERCENT
american_scientific_journal-8568	69	1	tio2	ORG
american_scientific_journal-8568	70	1	500℃	QUANTITY
american_scientific_journal-8568	70	2	tio2	ORG
american_scientific_journal-8568	71	1	tio2	GPE
american_scientific_journal-8568	72	1	roughly 7.5	CARDINAL
american_scientific_journal-8568	72	2	tio2	GPE
american_scientific_journal-8568	72	3	0.1	CARDINAL
american_scientific_journal-8568	73	1	tio2	GPE
american_scientific_journal-8568	74	1	american	NORP
american_scientific_journal-8568	74	2	2023	CARDINAL
american_scientific_journal-8568	74	3	91	CARDINAL
american_scientific_journal-8568	74	4	55	CARDINAL
american_scientific_journal-8568	74	5	59	CARDINAL
american_scientific_journal-8568	74	6	4	CARDINAL
american_scientific_journal-8568	74	7	fapbi3	PRODUCT
american_scientific_journal-8568	74	8	fapbi3	ORG
american_scientific_journal-8568	74	9	‎[42	PRODUCT
american_scientific_journal-8568	75	1	1.3	CARDINAL
american_scientific_journal-8568	76	1	zno etl zno	ORG
american_scientific_journal-8568	77	1	tio2	GPE
american_scientific_journal-8568	79	1	tio2	ORG
american_scientific_journal-8568	79	2	zno	ORG
american_scientific_journal-8568	79	3	tio2	GPE
american_scientific_journal-8568	81	1	5	CARDINAL
american_scientific_journal-8568	81	2	zno	ORG
american_scientific_journal-8568	81	3	tio2	GPE
american_scientific_journal-8568	82	1	3.37ev	CARDINAL
american_scientific_journal-8568	82	2	tio2	GPE
american_scientific_journal-8568	83	1	mapbi3	PERSON
american_scientific_journal-8568	83	2	fapbi3	PERSON
american_scientific_journal-8568	84	1	zno	ORG
american_scientific_journal-8568	84	2	tio2	GPE
american_scientific_journal-8568	85	1	60 mev	QUANTITY
american_scientific_journal-8568	86	1	tio2	ORG
american_scientific_journal-8568	86	2	two	CARDINAL
american_scientific_journal-8568	90	1	american	NORP
american_scientific_journal-8568	90	2	2023	CARDINAL
american_scientific_journal-8568	90	3	91	CARDINAL
american_scientific_journal-8568	90	4	55-77 60	CARDINAL
american_scientific_journal-8568	90	5	zno-etm	ORG
american_scientific_journal-8568	92	1	zno-etm	ORG
american_scientific_journal-8568	93	1	zno-etm	ORG
american_scientific_journal-8568	94	1	5	CARDINAL
american_scientific_journal-8568	94	2	zno	ORG
american_scientific_journal-8568	94	3	tio2	GPE
american_scientific_journal-8568	94	4	three	CARDINAL
american_scientific_journal-8568	95	1	2	CARDINAL
american_scientific_journal-8568	95	2	2.1	CARDINAL
american_scientific_journal-8568	98	1	2.1.1	CARDINAL
american_scientific_journal-8568	100	1	d. liu	PERSON
american_scientific_journal-8568	100	2	first	ORDINAL
american_scientific_journal-8568	100	3	15.7%	PERCENT
american_scientific_journal-8568	101	1	zno	ORG
american_scientific_journal-8568	101	2	0 to 25 mm	QUANTITY
american_scientific_journal-8568	101	3	2.4%	PERCENT
american_scientific_journal-8568	101	4	14.4%	PERCENT
american_scientific_journal-8568	102	1	zno	ORG
american_scientific_journal-8568	102	2	70	CARDINAL
american_scientific_journal-8568	102	3	12.9%	PERCENT
american_scientific_journal-8568	103	1	450℃	QUANTITY
american_scientific_journal-8568	103	2	11%	PERCENT
american_scientific_journal-8568	104	1	2.1.2	CARDINAL
american_scientific_journal-8568	105	1	american	NORP
american_scientific_journal-8568	105	2	2023	CARDINAL
american_scientific_journal-8568	105	3	91	CARDINAL
american_scientific_journal-8568	105	4	55	CARDINAL
american_scientific_journal-8568	112	1	ito)/zno/mapbi3	ORG
american_scientific_journal-8568	113	1	zno	ORG
american_scientific_journal-8568	113	2	15.9%	PERCENT
american_scientific_journal-8568	114	1	about 12%	PERCENT
american_scientific_journal-8568	115	1	zhao	PERSON
american_scientific_journal-8568	116	1	azo/mapbi3	ORG
american_scientific_journal-8568	117	1	12.6%	PERCENT
american_scientific_journal-8568	118	1	wu	PERSON
american_scientific_journal-8568	119	1	zno	ORG
american_scientific_journal-8568	119	2	zno	ORG
american_scientific_journal-8568	119	3	17.6%	PERCENT
american_scientific_journal-8568	120	1	2.1.3	CARDINAL
american_scientific_journal-8568	121	1	zno	ORG
american_scientific_journal-8568	122	1	lee	PERSON
american_scientific_journal-8568	122	2	5-40	CARDINAL
american_scientific_journal-8568	124	1	zno	ORG
american_scientific_journal-8568	124	2	30	CARDINAL
american_scientific_journal-8568	124	3	7%	PERCENT
american_scientific_journal-8568	125	1	ding's research group‎[63	ORG
american_scientific_journal-8568	127	1	70℃	QUANTITY
american_scientific_journal-8568	127	2	13.1%	PERCENT
american_scientific_journal-8568	128	1	zhang's	ORG
american_scientific_journal-8568	129	1	zno	ORG
american_scientific_journal-8568	130	1	4 å	DATE
american_scientific_journal-8568	130	2	15.55%	PERCENT
american_scientific_journal-8568	131	1	american	NORP
american_scientific_journal-8568	131	2	2023	CARDINAL
american_scientific_journal-8568	131	3	91	CARDINAL
american_scientific_journal-8568	131	4	55	CARDINAL
american_scientific_journal-8568	131	5	62 2.2	CARDINAL
american_scientific_journal-8568	132	1	mesoporous pscs	PERSON
american_scientific_journal-8568	132	2	nanotubes[72,73	ORG
american_scientific_journal-8568	133	1	6	CARDINAL
american_scientific_journal-8568	134	1	one-dimensional(1d	DATE
american_scientific_journal-8568	134	2	zno nanocolumns	PERSON
american_scientific_journal-8568	137	1	2013	DATE
american_scientific_journal-8568	137	2	hagfeldt	GPE
american_scientific_journal-8568	137	3	first	ORDINAL
american_scientific_journal-8568	137	4	5%	PERCENT
american_scientific_journal-8568	138	1	the same year	DATE
american_scientific_journal-8568	138	2	kumar	PERSON
american_scientific_journal-8568	138	3	8.9%	PERCENT
american_scientific_journal-8568	139	1	2.62%	PERCENT
american_scientific_journal-8568	141	1	zno nrs	ORG
american_scientific_journal-8568	141	2	11.13%	PERCENT
american_scientific_journal-8568	141	3	14.35%[59,92	CARDINAL
american_scientific_journal-8568	143	1	2015	DATE
american_scientific_journal-8568	143	2	zno nrs	ORG
american_scientific_journal-8568	143	3	16.1%	PERCENT
american_scientific_journal-8568	143	4	zno	ORG
american_scientific_journal-8568	144	1	6	CARDINAL
american_scientific_journal-8568	145	1	american	NORP
american_scientific_journal-8568	145	2	2023	CARDINAL
american_scientific_journal-8568	145	3	91	CARDINAL
american_scientific_journal-8568	145	4	55-77	PERCENT
american_scientific_journal-8568	146	1	zno etl 3.1	ORG
american_scientific_journal-8568	146	2	one	CARDINAL
american_scientific_journal-8568	148	1	sn2+	LOC
american_scientific_journal-8568	149	1	tio2	ORG
american_scientific_journal-8568	150	1	liu	PERSON
american_scientific_journal-8568	150	2	kelly	PERSON
american_scientific_journal-8568	152	1	0-70	MONEY
american_scientific_journal-8568	153	1	25	CARDINAL
american_scientific_journal-8568	153	2	15.7%	PERCENT
american_scientific_journal-8568	156	1	recent years	DATE
american_scientific_journal-8568	156	2	zno	ORG
american_scientific_journal-8568	157	1	about 17%	PERCENT
american_scientific_journal-8568	159	1	chun-guey wu's	PERSON
american_scientific_journal-8568	159	2	al doped zno	ORG
american_scientific_journal-8568	160	1	mapbi3	PERSON
american_scientific_journal-8568	160	2	two	CARDINAL
american_scientific_journal-8568	161	1	17.6%	PERCENT
american_scientific_journal-8568	161	2	voc	ORG
american_scientific_journal-8568	161	3	1.07	CARDINAL
american_scientific_journal-8568	162	1	3.2	CARDINAL
american_scientific_journal-8568	162	2	recent years	DATE
american_scientific_journal-8568	163	1	about 7.5	CARDINAL
american_scientific_journal-8568	163	2	tio2	GPE
american_scientific_journal-8568	163	3	only 0.1-4	CARDINAL
american_scientific_journal-8568	164	1	tio2	GPE
american_scientific_journal-8568	165	1	tio2	GPE
american_scientific_journal-8568	165	2	205-300	CARDINAL
american_scientific_journal-8568	167	1	2014	DATE
american_scientific_journal-8568	167	2	kelly's	ORG
american_scientific_journal-8568	167	3	65℃	QUANTITY
american_scientific_journal-8568	167	4	15.7%	PERCENT
american_scientific_journal-8568	168	1	1 cm2	QUANTITY
american_scientific_journal-8568	168	2	10.2%.‎[58	CARDINAL
american_scientific_journal-8568	168	3	15.96%	PERCENT
american_scientific_journal-8568	168	4	tio2	GPE
american_scientific_journal-8568	168	5	15.20%	PERCENT
american_scientific_journal-8568	169	1	american	NORP
american_scientific_journal-8568	169	2	2023	CARDINAL
american_scientific_journal-8568	169	3	91	CARDINAL
american_scientific_journal-8568	169	4	55-77 64	CARDINAL
american_scientific_journal-8568	169	5	pen)/ito/zno/ch3nh3pbi3	ORG
american_scientific_journal-8568	170	1	7a	CARDINAL
american_scientific_journal-8568	171	1	7b	CARDINAL
american_scientific_journal-8568	171	2	15.6%	PERCENT
american_scientific_journal-8568	173	1	tian	PERSON
american_scientific_journal-8568	173	2	150℃	QUANTITY
american_scientific_journal-8568	175	1	20	CARDINAL
american_scientific_journal-8568	175	2	13.4%	PERCENT
american_scientific_journal-8568	176	1	120℃	QUANTITY
american_scientific_journal-8568	177	1	8.73%	PERCENT
american_scientific_journal-8568	177	2	4.29%	PERCENT
american_scientific_journal-8568	178	1	tian	PERSON
american_scientific_journal-8568	178	2	group‎[65	ORG
american_scientific_journal-8568	178	3	13.4%	PERCENT
american_scientific_journal-8568	179	1	7	CARDINAL
american_scientific_journal-8568	180	1	4	CARDINAL
american_scientific_journal-8568	180	2	zno	ORG
american_scientific_journal-8568	180	3	zno	ORG
american_scientific_journal-8568	181	1	4.1	CARDINAL
american_scientific_journal-8568	183	1	six	CARDINAL
american_scientific_journal-8568	184	1	american	NORP
american_scientific_journal-8568	184	2	2023	CARDINAL
american_scientific_journal-8568	184	3	91	CARDINAL
american_scientific_journal-8568	184	4	55-77 65	PERCENT
american_scientific_journal-8568	184	5	kohan	PERSON
american_scientific_journal-8568	185	1	zni	ORG
american_scientific_journal-8568	187	1	zni	ORG
american_scientific_journal-8568	189	1	30%	PERCENT
american_scientific_journal-8568	190	1	zno	ORG
american_scientific_journal-8568	193	1	tio2	GPE
american_scientific_journal-8568	196	1	two	CARDINAL
american_scientific_journal-8568	202	1	shockley	ORG
american_scientific_journal-8568	202	2	two	CARDINAL
american_scientific_journal-8568	202	3	1	CARDINAL
american_scientific_journal-8568	203	1	2	CARDINAL
american_scientific_journal-8568	204	1	two	CARDINAL
american_scientific_journal-8568	204	2	methods‎[115	GPE
american_scientific_journal-8568	205	1	j.cao	PERSON
american_scientific_journal-8568	205	2	zno	ORG
american_scientific_journal-8568	206	1	21.1%	PERCENT
american_scientific_journal-8568	208	1	tio2	GPE
american_scientific_journal-8568	208	2	8a	CARDINAL
american_scientific_journal-8568	209	1	tio2	GPE
american_scientific_journal-8568	210	1	8b	CARDINAL
american_scientific_journal-8568	210	2	tio2	GPE
american_scientific_journal-8568	211	1	voc	ORG
american_scientific_journal-8568	211	2	american	NORP
american_scientific_journal-8568	211	3	2023	CARDINAL
american_scientific_journal-8568	211	4	91	CARDINAL
american_scientific_journal-8568	211	5	55	CARDINAL
american_scientific_journal-8568	211	6	66	CARDINAL
american_scientific_journal-8568	212	1	chen	PERSON
american_scientific_journal-8568	213	1	2016	DATE
american_scientific_journal-8568	213	2	zhang’s	ORG
american_scientific_journal-8568	213	3	ald method[118,119	PERSON
american_scientific_journal-8568	214	1	11.72%	PERCENT
american_scientific_journal-8568	214	2	16.08%	PERCENT
american_scientific_journal-8568	215	1	8c	CARDINAL
american_scientific_journal-8568	219	1	8d	CARDINAL
american_scientific_journal-8568	220	1	two	CARDINAL
american_scientific_journal-8568	221	1	pei	ORG
american_scientific_journal-8568	222	1	96,120	CARDINAL
american_scientific_journal-8568	224	1	zno	ORG
american_scientific_journal-8568	225	1	8	CARDINAL
american_scientific_journal-8568	225	2	tio2	GPE
american_scientific_journal-8568	229	1	dong and colleagues‎[122	PERSON
american_scientific_journal-8568	230	1	al doping	PERSON
american_scientific_journal-8568	231	1	z. tesng	PERSON
american_scientific_journal-8568	231	2	‎[56	PERSON
american_scientific_journal-8568	231	3	17.6%	PERCENT
american_scientific_journal-8568	232	1	mahmood	PERSON
american_scientific_journal-8568	234	1	zno nanorod	ORG
american_scientific_journal-8568	235	1	pei	ORG
american_scientific_journal-8568	236	1	psc	ORG
american_scientific_journal-8568	236	2	16.1%‎[96	CARDINAL
american_scientific_journal-8568	237	1	american	NORP
american_scientific_journal-8568	237	2	2023	CARDINAL
american_scientific_journal-8568	237	3	91	CARDINAL
american_scientific_journal-8568	237	4	55-77 67	CARDINAL
american_scientific_journal-8568	238	1	4.2	CARDINAL
american_scientific_journal-8568	240	1	yang	PERSON
american_scientific_journal-8568	240	2	cheng	PERSON
american_scientific_journal-8568	240	3	109,120	CARDINAL
american_scientific_journal-8568	244	1	tio2	GPE
american_scientific_journal-8568	244	2	pei	ORG
american_scientific_journal-8568	246	1	9a	CARDINAL
american_scientific_journal-8568	246	2	pei	ORG
american_scientific_journal-8568	247	1	zno	ORG
american_scientific_journal-8568	247	2	9c	CARDINAL
american_scientific_journal-8568	248	1	30 min	TIME
american_scientific_journal-8568	249	1	first	ORDINAL
american_scientific_journal-8568	251	1	zno	ORG
american_scientific_journal-8568	253	1	yang	PERSON
american_scientific_journal-8568	253	2	cheng	PERSON
american_scientific_journal-8568	253	3	psc	ORG
american_scientific_journal-8568	254	1	9c	CARDINAL
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american_scientific_journal-8568	288	1	tio2 etm	ORG
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american_scientific_journal-8568	292	1	the coming years	DATE
american_scientific_journal-8568	293	1	1	CARDINAL
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american_scientific_journal-8568	326	1	9	CARDINAL
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american_scientific_journal-8568	326	3	n.j.	GPE
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american_scientific_journal-8568	329	1	american	NORP
american_scientific_journal-8568	329	2	2023	CARDINAL
american_scientific_journal-8568	329	3	91	CARDINAL
american_scientific_journal-8568	329	4	55-77 71	CARDINAL
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american_scientific_journal-8568	330	3	q.	PERSON
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american_scientific_journal-8568	333	1	13	CARDINAL
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american_scientific_journal-8568	334	1	11	CARDINAL
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american_scientific_journal-8568	340	1	13	CARDINAL
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american_scientific_journal-8568	340	3	n.-g	GPE
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american_scientific_journal-8568	346	1	15	CARDINAL
american_scientific_journal-8568	347	1	13	CARDINAL
american_scientific_journal-8568	347	2	838	CARDINAL
american_scientific_journal-8568	348	1	16	CARDINAL
american_scientific_journal-8568	348	2	jeon	ORG
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american_scientific_journal-8568	350	2	hong,	GPE
american_scientific_journal-8568	350	3	f. et al	PERSON
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american_scientific_journal-8568	352	1	18	CARDINAL
american_scientific_journal-8568	352	2	b. et al	PERSON
american_scientific_journal-8568	352	3	28	CARDINAL
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american_scientific_journal-8568	353	1	19	CARDINAL
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american_scientific_journal-8568	353	4	w.	PERSON
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american_scientific_journal-8568	353	7	9	CARDINAL
american_scientific_journal-8568	353	8	2628	CARDINAL
american_scientific_journal-8568	354	1	20	CARDINAL
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american_scientific_journal-8568	354	3	jo	PERSON
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american_scientific_journal-8568	355	1	acs applied materials &	ORG
american_scientific_journal-8568	355	2	11	CARDINAL
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american_scientific_journal-8568	356	2	m. et al	PERSON
american_scientific_journal-8568	357	1	energy & environmental	ORG
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american_scientific_journal-8568	358	1	22	CARDINAL
american_scientific_journal-8568	358	2	r. & yang	ORG
american_scientific_journal-8568	359	1	6	CARDINAL
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american_scientific_journal-8568	360	2	m. m.	PERSON
american_scientific_journal-8568	360	3	j., miyasaka	ORG
american_scientific_journal-8568	360	4	t.	GPE
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american_scientific_journal-8568	364	1	25	CARDINAL
american_scientific_journal-8568	364	2	s. et al	PERSON
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american_scientific_journal-8568	373	1	29	CARDINAL
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american_scientific_journal-8568	375	1	30	CARDINAL
american_scientific_journal-8568	375	2	yang	PERSON
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american_scientific_journal-8568	375	8	2023	CARDINAL
american_scientific_journal-8568	375	9	91	CARDINAL
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american_scientific_journal-8568	376	1	4	CARDINAL
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american_scientific_journal-8568	377	1	31	CARDINAL
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american_scientific_journal-8568	377	3	tio2	GPE
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american_scientific_journal-8568	386	1	34	CARDINAL
american_scientific_journal-8568	386	2	hong	GPE
american_scientific_journal-8568	386	3	s. et al	PERSON
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american_scientific_journal-8568	392	1	110	CARDINAL
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american_scientific_journal-8568	393	1	37	CARDINAL
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american_scientific_journal-8568	393	3	n.-g	GPE
american_scientific_journal-8568	394	1	tio2	GPE
american_scientific_journal-8568	395	1	5	CARDINAL
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american_scientific_journal-8568	396	2	w. et al	PERSON
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american_scientific_journal-8568	397	1	6	CARDINAL
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american_scientific_journal-8568	398	2	m., johnston, m. & snaith	PERSON
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american_scientific_journal-8568	400	1	40	CARDINAL
american_scientific_journal-8568	400	2	jang	PERSON
american_scientific_journal-8568	400	3	m. & park	ORG
american_scientific_journal-8568	400	4	n.-g	GPE
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american_scientific_journal-8568	408	1	43	CARDINAL
american_scientific_journal-8568	408	2	d. et al	PERSON
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american_scientific_journal-8568	417	2	r. et	PERSON
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american_scientific_journal-8568	419	2	2023	CARDINAL
american_scientific_journal-8568	420	1	47	CARDINAL
american_scientific_journal-8568	420	2	j. et al	PERSON
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american_scientific_journal-8568	422	1	48	CARDINAL
american_scientific_journal-8568	422	2	tao zhang	PERSON
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american_scientific_journal-8568	427	1	50	CARDINAL
american_scientific_journal-8568	427	2	chang	PERSON
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american_scientific_journal-8568	430	1	51	CARDINAL
american_scientific_journal-8568	430	2	z. et al	PERSON
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american_scientific_journal-8568	432	2	j. et al	PERSON
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american_scientific_journal-8568	435	2	wang	ORG
american_scientific_journal-8568	435	3	z. l. zinc	PERSON
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american_scientific_journal-8568	437	1	54	CARDINAL
american_scientific_journal-8568	437	2	q.	PERSON
american_scientific_journal-8568	437	3	dandeneau	GPE
american_scientific_journal-8568	437	4	c. s.	PERSON
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american_scientific_journal-8568	556	1	105	CARDINAL
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american_scientific_journal-8568	563	1	110	CARDINAL
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american_scientific_journal-8568	567	2	l. j. et al	PERSON
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american_scientific_journal-8568	569	1	113	CARDINAL
american_scientific_journal-8568	569	2	l. l. et al	PERSON
american_scientific_journal-8568	572	1	sci	ORG
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