id	sid	eid	entity	type
ap-3782	1	1	acta polytechnica doi:10.14311	PERSON
ap-3782	1	2	56(5):373–378	CARDINAL
ap-3782	1	3	2016	DATE
ap-3782	1	4	czech technical university	ORG
ap-3782	1	5	prague	GPE
ap-3782	1	6	2016	CARDINAL
ap-3782	1	7	http://ojs.cvut.cz/ojs/index.php/ap	PRODUCT
ap-3782	1	8	xerogels eghe a. oyedoha	PERSON
ap-3782	1	9	b,∗	GPE
ap-3782	1	10	michael c.	PERSON
ap-3782	1	11	belfast	GPE
ap-3782	1	12	northern ireland	GPE
ap-3782	1	13	united kingdom b department	ORG
ap-3782	1	14	university of benin	ORG
ap-3782	1	15	benin city	GPE
ap-3782	1	16	edo state	ORG
ap-3782	1	17	nigeria c department of chemical & petroleum engineering	ORG
ap-3782	1	18	afe babalola university	ORG
ap-3782	1	19	∗	CARDINAL
ap-3782	3	1	xerogels	PERSON
ap-3782	3	2	acrf	PERSON
ap-3782	7	1	241.9mg	DATE
ap-3782	7	2	second	ORDINAL
ap-3782	7	3	xerogels	GPE
ap-3782	9	1	xerogels	PERSON
ap-3782	10	1	1	CARDINAL
ap-3782	11	1	1	CARDINAL
ap-3782	14	1	2	CARDINAL
ap-3782	14	2	3	CARDINAL
ap-3782	15	1	the world health organization	ORG
ap-3782	15	2	0.05mg/l	DATE
ap-3782	17	1	two	CARDINAL
ap-3782	19	1	cro4 2	FAC
ap-3782	19	2	2	CARDINAL
ap-3782	22	1	5	CARDINAL
ap-3782	24	1	6	CARDINAL
ap-3782	25	1	6	CARDINAL
ap-3782	26	1	7	CARDINAL
ap-3782	27	1	8	CARDINAL
ap-3782	28	1	9	CARDINAL
ap-3782	29	1	10	CARDINAL
ap-3782	30	1	11	CARDINAL
ap-3782	32	1	second	ORDINAL
ap-3782	33	1	2	CARDINAL
ap-3782	33	2	2.1	CARDINAL
ap-3782	35	1	18.0ω	CARDINAL
ap-3782	35	2	2.828	CARDINAL
ap-3782	35	3	1 dm3	QUANTITY
ap-3782	36	1	2.2	CARDINAL
ap-3782	36	2	xerogels	PERSON
ap-3782	36	3	acrf	PERSON
ap-3782	36	4	12	CARDINAL
ap-3782	37	1	373	CARDINAL
ap-3782	37	2	http://ojs.cvut.cz/ojs/index.php/ap	NORP
ap-3782	37	3	a. oyedoh	PERSON
ap-3782	37	4	michael c. ekwonu acta polytechnica	PERSON
ap-3782	37	5	pekala et al	PERSON
ap-3782	38	1	13	CARDINAL
ap-3782	38	2	14	CARDINAL
ap-3782	39	1	45 min	DATE
ap-3782	40	1	0.5	CARDINAL
ap-3782	42	1	25 °	QUANTITY
ap-3782	42	2	24	CARDINAL
ap-3782	42	3	60 °	QUANTITY
ap-3782	42	4	48 h	DATE
ap-3782	42	5	80 °	QUANTITY
ap-3782	42	6	an additional 24	DATE
ap-3782	44	1	three days	DATE
ap-3782	45	1	the third day	DATE
ap-3782	46	1	64 °	QUANTITY
ap-3782	46	2	3 days	DATE
ap-3782	47	1	2.3	CARDINAL
ap-3782	49	1	1000 ppm	MONEY
ap-3782	50	1	25	CARDINAL
ap-3782	50	2	50	DATE
ap-3782	50	3	100	CARDINAL
ap-3782	50	4	150	CARDINAL
ap-3782	50	5	200	CARDINAL
ap-3782	50	6	250 ppm	MONEY
ap-3782	51	1	540	CARDINAL
ap-3782	51	2	1	CARDINAL
ap-3782	51	3	5	CARDINAL
ap-3782	52	1	250mg	QUANTITY
ap-3782	52	2	1	CARDINAL
ap-3782	52	3	5	CARDINAL
ap-3782	52	4	50ml	CARDINAL
ap-3782	53	1	98%	PERCENT
ap-3782	53	2	500ml	PERSON
ap-3782	54	1	2.4	DATE
ap-3782	58	1	15	CARDINAL
ap-3782	59	1	1916	DATE
ap-3782	59	2	1	CARDINAL
ap-3782	59	3	6	CARDINAL
ap-3782	59	4	16	CARDINAL
ap-3782	60	1	1 1 + bco	CARDINAL
ap-3782	60	2	2	CARDINAL
ap-3782	61	1	17	CARDINAL
ap-3782	62	1	1 n e	QUANTITY
ap-3782	62	2	3	CARDINAL
ap-3782	62	3	3	CARDINAL
ap-3782	62	4	3.1	CARDINAL
ap-3782	63	1	2.0–11.0	CARDINAL
ap-3782	64	1	100 ppm	MONEY
ap-3782	64	2	1 g/l	QUANTITY
ap-3782	64	3	72	CARDINAL
ap-3782	64	4	chromium(vi	GPE
ap-3782	65	1	1	CARDINAL
ap-3782	67	1	hcro4	FAC
ap-3782	68	1	hcro4	EVENT
ap-3782	69	1	acrf	PRODUCT
ap-3782	70	1	acrf	PRODUCT
ap-3782	70	2	9.19	CARDINAL
ap-3782	70	3	acrf	PRODUCT
ap-3782	71	1	hcro4	EVENT
ap-3782	72	1	18	CARDINAL
ap-3782	73	1	19	CARDINAL
ap-3782	74	1	acrf	PRODUCT
ap-3782	74	2	1	CARDINAL
ap-3782	75	1	374	CARDINAL
ap-3782	76	1	56	CARDINAL
ap-3782	77	1	5/2016	CARDINAL
ap-3782	77	2	acrf 3.2	PRODUCT
ap-3782	78	1	3	CARDINAL
ap-3782	80	1	1	CARDINAL
ap-3782	82	1	2	CARDINAL
ap-3782	83	1	1	CARDINAL
ap-3782	83	2	linear	ORG
ap-3782	83	3	1	CARDINAL
ap-3782	83	4	1	CARDINAL
ap-3782	84	1	20	CARDINAL
ap-3782	85	1	0.000049	MONEY
ap-3782	85	2	1	CARDINAL
ap-3782	86	1	3.3	CARDINAL
ap-3782	86	2	20 °	QUANTITY
ap-3782	86	3	293k	WORK_OF_ART
ap-3782	86	4	60 °	QUANTITY
ap-3782	86	5	25–250 ppm	QUANTITY
ap-3782	86	6	1 g/l	QUANTITY
ap-3782	88	1	3	CARDINAL
ap-3782	89	1	acrf	GPE
ap-3782	89	2	21	CARDINAL
ap-3782	90	1	22	CARDINAL
ap-3782	91	1	2	CARDINAL
ap-3782	91	2	241.9	CARDINAL
ap-3782	91	3	0.3529	CARDINAL
ap-3782	91	4	0.000049	LANGUAGE
ap-3782	91	5	0.9740	CARDINAL
ap-3782	91	6	79.06 1/n	QUANTITY
ap-3782	91	7	0.3426	CARDINAL
ap-3782	91	8	0.9441	CARDINAL
ap-3782	91	9	1	CARDINAL
ap-3782	91	10	acrf	LANGUAGE
ap-3782	92	1	23	CARDINAL
ap-3782	93	1	3.4	CARDINAL
ap-3782	93	2	0	CARDINAL
ap-3782	93	3	420min	DATE
ap-3782	93	4	3	CARDINAL
ap-3782	94	1	fig.	DATE
ap-3782	95	1	4	CARDINAL
ap-3782	97	1	74.86%	PERCENT
ap-3782	97	2	60min	CARDINAL
ap-3782	97	3	25 ppm	QUANTITY
ap-3782	97	4	77.21%	PERCENT
ap-3782	97	5	240min	DATE
ap-3782	97	6	200 ppm	MONEY
ap-3782	97	7	100%	PERCENT
ap-3782	97	8	420min	DATE
ap-3782	97	9	25 ppm	QUANTITY
ap-3782	97	10	83%	PERCENT
ap-3782	97	11	420min	DATE
ap-3782	97	12	200 ppm	MONEY
ap-3782	98	1	3.5	CARDINAL
ap-3782	99	1	first	ORDINAL
ap-3782	99	2	second	ORDINAL
ap-3782	100	1	second	ORDINAL
ap-3782	100	2	8	CARDINAL
ap-3782	101	1	second	ORDINAL
ap-3782	101	2	3	CARDINAL
ap-3782	101	3	4	CARDINAL
ap-3782	102	1	375	CARDINAL
ap-3782	102	2	a. oyedoh	PERSON
ap-3782	102	3	michael c. ekwonu acta polytechnica	PERSON
ap-3782	102	4	first	ORDINAL
ap-3782	102	5	second	ORDINAL
ap-3782	102	6	3.2938	MONEY
ap-3782	102	7	5.7566	ORG
ap-3782	102	8	0.9864 3.3937	PRODUCT
ap-3782	102	9	2	CARDINAL
ap-3782	102	10	0.0136–0.0010	PERSON
ap-3782	102	11	25–200mg	CARDINAL
ap-3782	103	1	24	CARDINAL
ap-3782	104	1	3.6	CARDINAL
ap-3782	105	1	5	CARDINAL
ap-3782	105	2	acrf	PRODUCT
ap-3782	105	3	1630	CARDINAL
ap-3782	107	1	o	DATE
ap-3782	107	2	1166	DATE
ap-3782	107	3	1066	CARDINAL
ap-3782	108	1	o	DATE
ap-3782	108	2	3434	CARDINAL
ap-3782	108	3	o	DATE
ap-3782	108	4	2390	DATE
ap-3782	108	5	2361	CARDINAL
ap-3782	108	6	acrf	PERSON
ap-3782	109	1	two	CARDINAL
ap-3782	109	2	ftir	LOC
ap-3782	109	3	xerogel	GPE
ap-3782	109	4	719	CARDINAL
ap-3782	109	5	910	CARDINAL
ap-3782	110	1	25	CARDINAL
ap-3782	112	1	5	CARDINAL
ap-3782	112	2	ftir	ORG
ap-3782	112	3	acrf adsorbent	PERSON
ap-3782	114	1	26	CARDINAL
ap-3782	116	1	6a	CARDINAL
ap-3782	116	2	acrf	PERSON
ap-3782	117	1	6b	CARDINAL
ap-3782	118	1	97.48%	PERCENT
ap-3782	118	2	o	DATE
ap-3782	118	3	2.31%	PERCENT
ap-3782	118	4	0.21%	PERCENT
ap-3782	119	1	acrf	PERSON
ap-3782	119	2	39.56%	PERCENT
ap-3782	119	3	o	DATE
ap-3782	119	4	3.0%	PERCENT
ap-3782	119	5	0.05%	PERCENT
ap-3782	119	6	57.38%	PERCENT
ap-3782	120	1	3.7	CARDINAL
ap-3782	121	1	gibbs free energy	ORG
ap-3782	121	2	6	CARDINAL
ap-3782	121	3	kc = qe ce	PERSON
ap-3782	121	4	4	CARDINAL
ap-3782	121	5	kc	PERSON
ap-3782	121	6	5	CARDINAL
ap-3782	121	7	− ∆ho rt	PERSON
ap-3782	122	1	6	CARDINAL
ap-3782	122	2	∆ho	ORG
ap-3782	122	3	∆so	ORG
ap-3782	123	1	3	CARDINAL
ap-3782	125	1	∆go	GPE
ap-3782	126	1	∆ho	ORG
ap-3782	127	1	∆so	ORG
ap-3782	128	1	6	CARDINAL
ap-3782	128	2	27	CARDINAL
ap-3782	129	1	6	CARDINAL
ap-3782	130	1	376	CARDINAL
ap-3782	131	1	56	CARDINAL
ap-3782	132	1	5/2016	CARDINAL
ap-3782	132	2	acrf t kc	ORG
ap-3782	132	3	4.0450	PRODUCT
ap-3782	132	4	333	CARDINAL
ap-3782	132	5	4.6185	MONEY
ap-3782	132	6	3	CARDINAL
ap-3782	133	1	acrf	GPE
ap-3782	133	2	27	CARDINAL
ap-3782	133	3	∆so	ORG
ap-3782	134	1	4.	CARDINAL
ap-3782	134	2	chromium(vi	ORG
ap-3782	134	3	acrf	PRODUCT
ap-3782	136	1	acrf for chromium(vi	GPE
ap-3782	136	2	241.9mg	DATE
ap-3782	136	3	second	ORDINAL
ap-3782	136	4	xerogels	GPE
ap-3782	137	1	74.86%	PERCENT
ap-3782	137	2	60min	CARDINAL
ap-3782	137	3	25 ppm	QUANTITY
ap-3782	137	4	77.21%	PERCENT
ap-3782	137	5	240min	DATE
ap-3782	137	6	200 ppm	MONEY
ap-3782	141	1	symbols qe	ORG
ap-3782	141	2	first	ORDINAL
ap-3782	141	3	second	ORDINAL
ap-3782	142	1	5	CARDINAL
ap-3782	142	2	8.314	CARDINAL
ap-3782	142	3	∆h	CARDINAL
ap-3782	142	4	kj	ORG
ap-3782	142	5	kj mol−1k−1	ORG
ap-3782	142	6	∆go gibbs free	PERSON
ap-3782	142	7	kj	ORG
ap-3782	142	8	1	CARDINAL
ap-3782	142	9	j. kotaś	PERSON
ap-3782	142	10	z. stasicka	PERSON
ap-3782	144	1	107(3):263	CARDINAL
ap-3782	144	2	283	CARDINAL
ap-3782	144	3	2000	DATE
ap-3782	145	1	2	CARDINAL
ap-3782	145	2	a. albadarin	PERSON
ap-3782	145	3	c. mangwandi	PERSON
ap-3782	145	4	a. al-muhtaseb	PERSON
ap-3782	146	1	chemical engineering journal	ORG
ap-3782	146	2	179:193	ORDINAL
ap-3782	146	3	202	CARDINAL
ap-3782	146	4	2012	DATE
ap-3782	147	1	3	CARDINAL
ap-3782	147	2	m. owlad	PERSON
ap-3782	147	3	m. k. aroua	PERSON
ap-3782	147	4	w. a. w. daud	PERSON
ap-3782	147	5	s. baroutian	PERSON
ap-3782	149	1	200(1):59–77	DATE
ap-3782	149	2	2009	DATE
ap-3782	151	1	4	CARDINAL
ap-3782	151	2	l. wang	PERSON
ap-3782	151	3	c. lin	PERSON
ap-3782	153	1	the chinese institute of chemical	ORG
ap-3782	153	2	39(4):367	CARDINAL
ap-3782	153	3	373, 2008	DATE
ap-3782	154	1	5	CARDINAL
ap-3782	154	2	a. shanker	PERSON
ap-3782	154	3	c. cervantes	PERSON
ap-3782	154	4	h. loza-tavera	PERSON
ap-3782	154	5	s. avudainayagam	PERSON
ap-3782	156	1	753, 2005	DATE
ap-3782	157	1	6	CARDINAL
ap-3782	157	2	f. tümsek	PERSON
ap-3782	157	3	b. karabacakoğlu	PERSON
ap-3782	159	1	chemical engineering journal	ORG
ap-3782	159	2	144(2):188–196, 2008	DATE
ap-3782	160	1	doi:10.1016/j.cej.2008.01.020	ORG
ap-3782	161	1	7	CARDINAL
ap-3782	163	1	jang	PERSON
ap-3782	165	1	science 249(2):458–463, 2002	DATE
ap-3782	167	1	8	CARDINAL
ap-3782	167	2	a. bhattacharya	PERSON
ap-3782	167	3	s. mandal	PERSON
ap-3782	167	4	s. das.	PERSON
ap-3782	167	5	zn	CARDINAL
ap-3782	168	1	chemical engineering journal	ORG
ap-3782	168	2	123(1-2):43–51	CARDINAL
ap-3782	168	3	2006	DATE
ap-3782	169	1	9	CARDINAL
ap-3782	169	2	m. nameni	PERSON
ap-3782	169	3	m. r. alavi moghadam	PERSON
ap-3782	169	4	m. arami	PERSON
ap-3782	171	1	environmental science & technology	ORG
ap-3782	171	2	5(2):161–168	CARDINAL
ap-3782	171	3	2008	DATE
ap-3782	173	1	10	CARDINAL
ap-3782	173	2	n. r. bishnoi	PERSON
ap-3782	173	3	m. bajaj	PERSON
ap-3782	173	4	n. sharma	PERSON
ap-3782	173	5	a. gupta	PERSON
ap-3782	174	1	307, 2004	DATE
ap-3782	175	1	doi:10.1016	GPE
ap-3782	176	1	11	CARDINAL
ap-3782	176	2	n. k. hamadi	PERSON
ap-3782	176	3	x. d. chen	PERSON
ap-3782	176	4	m. m. farid	PERSON
ap-3782	176	5	m. g. lu	PERSON
ap-3782	177	1	chromium(vi	GPE
ap-3782	178	1	2001	DATE
ap-3782	179	1	doi:10.1016	PERSON
ap-3782	179	2	8947(01)00194	CARDINAL
ap-3782	180	1	12	CARDINAL
ap-3782	180	2	e. oyedoh	PERSON
ap-3782	180	3	a. albadarin	PERSON
ap-3782	180	4	g. walker	PERSON
ap-3782	181	1	32:1651	CARDINAL
ap-3782	181	2	1656	CARDINAL
ap-3782	181	3	2013	DATE
ap-3782	182	1	13	CARDINAL
ap-3782	182	2	m. mirzaeian	PERSON
ap-3782	182	3	j. hall	ORG
ap-3782	184	1	electrochimica acta 54(28):7444–7451, 2009	ORG
ap-3782	185	1	doi:10.1016/j.electacta.2009.07.079	ORG
ap-3782	186	1	377	CARDINAL
ap-3782	186	2	http://dx.doi.org/10.1016/s0960-8524(03)00204-9 http://dx.doi.org/10.1016/s1385-8947(01)00194-2 http://dx.doi.org/10.1016/j.electacta.2009.07.079	ORG
ap-3782	186	3	a. oyedoh	PERSON
ap-3782	186	4	michael c. ekwonu acta polytechnica	PERSON
ap-3782	187	1	14	CARDINAL
ap-3782	187	2	r. w. pekala	PERSON
ap-3782	187	3	d. w. schaefer	PERSON
ap-3782	189	1	1	CARDINAL
ap-3782	190	1	26(20):5487–5493, 1993	DATE
ap-3782	192	1	15	CARDINAL
ap-3782	192	2	i. langmuir	PERSON
ap-3782	195	1	american	NORP
ap-3782	195	2	38(11):2221–2295, 1916	DATE
ap-3782	197	1	16	CARDINAL
ap-3782	197	2	k. r. hall	PERSON
ap-3782	197	3	l. c. eagleton	PERSON
ap-3782	197	4	a. acrivos	PERSON
ap-3782	197	5	t. vermeulen	GPE
ap-3782	199	1	industrial & engineering chemistry	ORG
ap-3782	199	2	5(2):212–223, 1966	DATE
ap-3782	201	1	17	CARDINAL
ap-3782	203	1	57:385	CARDINAL
ap-3782	203	2	470	CARDINAL
ap-3782	203	3	1906	DATE
ap-3782	204	1	18	CARDINAL
ap-3782	204	2	a. albadarin	PERSON
ap-3782	204	3	a. al-muhtaseb	PERSON
ap-3782	204	4	n. al-laqtah	PERSON
ap-3782	205	1	chemical engineering journal	ORG
ap-3782	205	2	169(1-3):20–30, 2011	DATE
ap-3782	206	1	19	CARDINAL
ap-3782	206	2	b. singha	PERSON
ap-3782	206	3	s. das.	PERSON
ap-3782	207	1	biointerfaces	PERSON
ap-3782	207	2	232, 2011	DATE
ap-3782	208	1	20	CARDINAL
ap-3782	208	2	m. belhachemi	PERSON
ap-3782	208	3	f. addoun	PERSON
ap-3782	210	1	1(3):111–117, 2011	DATE
ap-3782	211	1	011-0014-1	QUANTITY
ap-3782	212	1	21	CARDINAL
ap-3782	212	2	k. s. rao	PERSON
ap-3782	212	3	g. r. chaudhury	PERSON
ap-3782	212	4	b. k. mishra	PERSON
ap-3782	213	1	kinetics	PERSON
ap-3782	213	2	467	CARDINAL
ap-3782	214	1	97(1-4):68	QUANTITY
ap-3782	214	2	73, 2010	DATE
ap-3782	215	1	doi:10.1016	GPE
ap-3782	216	1	22	CARDINAL
ap-3782	216	2	a. trochimczuk	PERSON
ap-3782	218	1	chemical engineering journal	ORG
ap-3782	218	2	165:56	CARDINAL
ap-3782	218	3	63, 2010	DATE
ap-3782	219	1	23	CARDINAL
ap-3782	219	2	e. ozdemir	GPE
ap-3782	219	3	d. duranoğlu	ORG
ap-3782	219	4	bekerb	GPE
ap-3782	219	5	a. avcıb	PERSON
ap-3782	221	1	chemical engineering journal	ORG
ap-3782	221	2	172:207 –	TIME
ap-3782	221	3	218, 2011	DATE
ap-3782	222	1	24	CARDINAL
ap-3782	222	2	e. demirbas	PERSON
ap-3782	222	3	n. dizge	PERSON
ap-3782	222	4	m. sulak	PERSON
ap-3782	222	5	m. kobya	PERSON
ap-3782	224	1	chemical engineering journal	ORG
ap-3782	224	2	148(2-3):480–487	DATE
ap-3782	224	3	2009	DATE
ap-3782	225	1	25	CARDINAL
ap-3782	225	2	g. kyzas	PERSON
ap-3782	225	3	m. kostoglou	PERSON
ap-3782	225	4	n. lazaridis	PERSON
ap-3782	227	1	chemical engineering	ORG
ap-3782	227	2	152(2-3):440–448	CARDINAL
ap-3782	227	3	2009	DATE
ap-3782	228	1	26	CARDINAL
ap-3782	228	2	s. tofail	PERSON
ap-3782	228	3	h. hughes	PERSON
ap-3782	228	4	mcloughlin	ORG
ap-3782	229	1	xps	ORG
ap-3782	230	1	chemical engineering journal	ORG
ap-3782	230	2	148(2-3):425–433	CARDINAL
ap-3782	230	3	2009	DATE
ap-3782	231	1	27	CARDINAL
ap-3782	231	2	e. malkoc	PERSON
ap-3782	233	1	54(3):291–298	DATE
ap-3782	233	2	2007	DATE
ap-3782	234	1	doi:10.1016	PERSON
ap-3782	234	2	378	CARDINAL
ap-3782	235	1	http://dx.doi.org/10.1016/j.minpro.2010.08.003	PERSON
ap-3782	235	2	56(5):373–378	CARDINAL
ap-3782	235	3	2016 1	DATE
ap-3782	235	4	2	CARDINAL
ap-3782	235	5	2.1	CARDINAL
ap-3782	235	6	2.2	CARDINAL
ap-3782	235	7	2.3	CARDINAL
ap-3782	235	8	2.4	CARDINAL
ap-3782	235	9	3	CARDINAL
ap-3782	235	10	3.1	CARDINAL
ap-3782	235	11	3.2	CARDINAL
ap-3782	235	12	3.3	CARDINAL
ap-3782	235	13	3.4	CARDINAL
ap-3782	235	14	3.5	CARDINAL
ap-3782	235	15	3.6	CARDINAL
ap-3782	235	16	3.7	CARDINAL
ap-3782	235	17	4	CARDINAL