Drilling Information System

BGR Core Repository Berlin-Spandau - DIS View: Core-Details

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Core:

Expedition	Site	Hole	Core	Gear	Type	Top Depth (m)	Drilled Length	Bottom Depth	MCD Offset	Recovery	Recovery(%)	Oriented	Sections	Core Catcher	Curator	IGSN	Comments
ELGYGY	1	C	100	RIG	Q	321,83	3	324,83	0	2,37	79	no	4	yes	UR	BGRB5011RCT2001	Breccia

Expedition

Site

Hole

Core

Gear

Type

Top Depth (m)

Drilled Length

Bottom Depth

MCD Offset

Recovery

Recovery(%)

Oriented

Sections

Core Catcher

Curator

IGSN

Comments

ELGYGY

100

RIG

321,83

324,83

2,37

yes

BGRB5011RCT2001

Breccia

Sections:

Section	Section Length	Curated Length	Top Depth (m)	Bottom Depth (m)	Curator	CC	MCD Top	Box	Slot	Position	IGSN	Comments
1	0,35	0,35	321,83	322,18	UR	no	321,83	102	1	M	BGRB5011RSRB001
2	0,5	0,5	322,18	322,68	UR	no	322,18	102	2	M	BGRB5011RSSB001
3	0,53	0,53	322,68	323,21	UR	no	322,68	102	3	M	BGRB5011RSTB001
4	0,55	0,55	323,21	323,76	UR	no	323,21	102	4	M	BGRB5011RSUB001
5	0,45	0,45	323,76	324,21	UR	no	323,76	102	5	M	BGRB5011RSVB001
6	0,09	0,09	324,21	324,3	UR	yes	324,21	102	5	B	BGRB5011RSWB001

Measurements, descriptions and images:

Section	MSCL-Meas.	Spectro-Meas.	XRF-Light	XRF-Medium	XRF-Heavy	Section Desc.	VCD-File	Thin Sections	360° Scan	Slabbed Scan
1						X	X			X
2						X	X			X
3						X	X			X
4						X	X			X
5						X	X			X
6						X	X			X

Samples:

Section	Half	Type	Top (cm)	Bottom (cm)	Top Depth (m)	Top MCD (m)	Volume (cc)	Request	IGSN	Sample	Comments
1	W	---	2	4	321,85	321,85	65	MSP0006	BGRB5011RX50001	800	XRD/SEM, destructive
1	W	---	7	9	321,9	321,9	65	MSP0002	BGRB5011RXY8001	1117	foliated and porous white-grey clast (elonga
1	W	---	16	17	321,99	321,99	65	MSP0005	BGRB5011RXE0001	809	drill mud varification, destructive
1	W	---	25	27	322,08	322,08	65	MSP0002	BGRB5011RXZ8001	1118	black melt clast
2	W	---	12	14	322,3	322,3	65	MSP0002	BGRB5011RX09001	1119	black melt clast
2	W	---	30	32	322,48	322,48	65	MSP0002	BGRB5011RX19001	1120	sand layer
2	W	---	48	50	322,66	322,66	65	MSP0001	BGRB5011RXU0001	825	thin section / chemical analysis, destructive, remains in storage (BGR)
3	W	---	11	12	322,79	322,79	65	MSP0005	BGRB5011RXD0001	808	finelly laminated mud / drill mud varification, destructive
3	W	---	12	15	322,8	322,8	65	MSP0006	BGRB5011RX30001	798	XRD/SEM, destructive
3	W	---	14	16	322,82	322,82	65	MSP0002	BGRB5011RX29001	1121	fine-sand matrix, finely laminated
3	W	---	15	18	322,83	322,83	65	MSP0001	BGRB5011RXK8001	1103	thin section /chemical analysis, destructive
3	W	---	15	18	322,83	322,83	0	MSP0001	BGRB5011RXV8401	5503	remains in storage (BGR)
3	W	---	16	19	322,84	322,84	65	MSP0003	BGRB5011RXL3001	924	thick and thin section, non destructive
3	W	---	22	42	322,9	322,9	65	MSP0001	BGRB5011RXV0001	826	thin section / chemical analysis, destructive
3	W	---	40	44	323,08	323,08	65	MSP0009	BGRB5011RX3F001	1338
3	W	---	42	45	323,1	323,1	65	MSP0002	BGRB5011RXQE001	1325	contact between 'pomice-like' and clay layer
3	W	---	47	49	323,15	323,15	65	MSP0001	BGRB5011RXW0001	827	thin section / chemical analysis, destructive, remains in storage (BGR)
4	W	---	5	8	323,26	323,26	65	MSP0009	BGRB5011RX4F001	1339
4	W	---	7	10	323,28	323,28	65	MSP0002	BGRB5011RX39001	1122	layered melt clast (prof. from the target)
4	W	---	14	26	323,35	323,35	65	MSP0001	BGRB5011RXX0001	828	thin section / chemical analysis, destructive, remains in storage (BGR)
5	W	---	6	12	323,82	323,82	65	MSP0001	BGRB5011RXY0001	829	thin section / chemical analysis, destructive, remains in storage (BGR)
5	W	---	19	24	323,95	323,95	65	MSP0008	BGRB5011RXOE001	1323	thin section, bulk chemistry, destructive
5	W	---	26	27	324,02	324,02	65	MSP0006	BGRB5011RX40001	799	XRD/SEM, destructive
5	W	---	32	40	324,08	324,08	65	MSP0001	BGRB5011RXZ0001	830	thin section / chemical analysis, destructive, remains in storage (BGR)
6	W	---	0	7	324,21	324,21	65	MSP0009	BGRB5011RX5F001	1340