河北省1∶50 000沙流河幅第四系钻孔数据库

陈圆圆; 卜令; 专少鹏; 杨瑞; 赵华平; 季虹; 陈超; 陈宏强

doi:10.12029/gc2020Z112

河北省1∶50 000沙流河幅第四系钻孔数据库

河北省区域地质调查院，河北廊坊 065000

基金项目: “燕山－太行成矿带丰宁和天镇地区地质矿产调查”（项目编号：DD20160042）

详细信息

作者简介: 陈圆圆，女，1988年生，硕士，工程师，从事矿产地质调查及数据库建设工作；E–mail： 517371457@qq.com

收稿日期: 2020-04-15

修回日期: 2020-05-10

刊出日期: 2020-06-25

Quaternary borehole database for 1∶50 000 Shaliu River Map-sheet of Hebei Province, China

Fund Project: The Geology and Mineral Survey of Fengning and Tianzhen Area in the Yanshan-Taihangshan Metallogenic Belt (Project No.: DD20160042)

More Information

Author Bio: CHEN Yuanyuan, female, born in 1988, engineer, master, is engaged in mineral and geological survey and database construction; E-mail: 517371457@qq.com .

Received Date: 15 April 2020

Revised Date: 10 May 2020

Publish Date: 25 June 2020

摘要

摘要:
河北省1∶50 000沙流河幅是京津冀平原地区地质调查的重点图幅之一，晚新生代地层是图幅的主要调查对象，第四系钻孔数据库是地质调查核心成果的体现。本次工作利用钻孔施工和测试成果数据，结合收集的钻孔资料，建立了第四系钻孔数据库，主要包括1个钻孔基本信息图层、5个钻孔编录数据库、5个钻孔设计数据库及5张钻孔柱状图。本文从数据来源、数据处理方法、数据属性结构及数据质量控制等方面进行了归纳总结，以呈现基于数字地质调查系统的第四系钻孔数据库成果和建库实例。本数据库为唐山地区城市三维地质模型的建立提供了基础数据，服务于京津冀协同发展，同时也为平原区地质调查中钻孔数据的处理及建库提供了参考。
- 河北 /
- 1∶50 000 /
- 沙流河幅 /
- 第四系钻孔 /
- 数据库 /
- 地质调查工程
Abstract:
The 1∶50 000 Shaliu River Map-sheet of Hebei Province is one of the key map-sheets for geological surveys of Beijing-Tianjin-Hebei plain Region, and the Late Cenozoic in the mapping area was mainly surveyed, with Quaternary borehole database reflecting the core achievement of the geological survey. By taking advantage of borehole construction and test data, as well as combining the collected borehole data, Quaternary borehole database was thus built, which mainly includes one basic data layers for borehole, five borehole catalog databases, five borehole design databases and five borehole histograms. Data source, data processing method, data attribute structure and data quality control are summarized in this paper, so as to present the practice of Quaternary borehole databases on the basis of Digital Geological Survey System (DGSS). The database provides a 3D geologic model of Tangshan urban area with basic data, serving coordinated development of Beijing-Tianjin-Hebei Region, which could also be referenced by borehole data processing and database construction in the geological survey of the other plain areas.
- Hebei province /
- 1∶50 000 /
- Shaliu river map-sheet /
- quaternary borehole /
- database /
- geological survey engineering

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图 1 河北省1∶50 000沙流河幅第四系钻孔数据库钻孔位置分布图

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图 2 第四系钻孔数据库目录结构图

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Figure 1.

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Figure 2.

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表 1 数据库(集)元数据简表

条目	描述
数据库(集)名称	河北省1∶50 000沙流河幅第四系钻孔数据库
数据库(集)作者	陈圆圆，河北省区域地质调查院杨　瑞，河北省区域地质调查院赵华平，河北省区域地质调查院卜　令，河北省区域地质调查院陈宏强，河北省区域地质调查院
数据时间范围	2017—2018年
地理区域	东经 117°45′～118°00′，北纬39°50′～40°00′
数据格式	.mpj,.mdb,.jpg
数据量	249 MB
数据服务系统网址	http://dcc.cgs.gov.cn
基金项目	河北1∶50 000沙流河幅(J50E001016)、左家坞幅(J50E001017)、鸦鸿桥幅(J50E002016)、丰润幅(J50E002017)区域地质调查(项目编号：DD20160042-4)
语种	中文
数据库(集)组成	该数据库包括5个钻孔，收集钻孔(BK1、BK17、玉3、丰1)数据中包括钻孔柱状图(.mpj文件)及数据库(.mdb文件)，施工钻孔(PZK10)数据中包括钻孔柱状图(.mpj文件)、岩心照片(.jpg文件)及数据库(.mdb文件)，分别按照数字地质调查数据库建设标准以文件夹形式分别存储于不同级别目录中

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表 2 河北省1∶50 000沙流河幅钻孔数据库钻孔基本信息

序号	钻孔编号	层位	厚度/m	施工单位	来源
1	PZK10	Q、N	301	河北省区域地质调查院	钻探实测
2	玉3	Q、N	405.46	河北地矿局水文工程地质大队	资料收集
		Jx	1.0
3	丰1	Q、N	212.8	河北地矿局水文工程地质大队
		Jx	1.9
4	BK17	Q、N	200	河北建设勘察研究院有限公司
		Jx	1
5	BK1	Q、N	69	河北建设勘察研究院有限公司
		Jx	192

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表 3 钻孔基本信息图层属性表

序号	数据项名称	标准代码	数据类型	量纲	实例
1	工作区或矿区名称	KCANB_NAME	字符型		亮甲店
2	勘探线号	KTX_CODE	字符型		KT2
3	矿区编号	KCANB_CODE	字符型		J50E001016
4	钻孔编号	ENG_NO	字符型		PZK10
5	工程名称	SECNAME	字符型		河北1∶50 000沙流河幅、左家坞幅、鸦鸿桥幅、丰润幅区域地质调查
6	剖面编号	SECT_CODE	字符型		PM1
7	钻孔档案编号	DENG_CODE	字符型		ZKD01
8	钻孔类别	ENG_TYPE	字符型		基准孔
9	开孔X	COORD_X	数值型	m	574317.9
10	开孔Y	COORD_Y	数值型	m	4414908
11	开孔H	COORD_H	数值型	m	17
12	测量开孔X	COORD_X1	数值型	m	574317.9
13	测量开孔Y	COORD_Y1	数值型	m	4414908
14	测量开孔H	COORD_H1	数值型	m	17
15	开孔日期	STA_DATE	日期型		20170526
16	终孔日期	END_DATE	日期型		20170630
17	设计方位角	DE_AZIMUTH	数值型	°	90
18	设计倾角	DE_DIP_ANG	数值型	°	0
19	设计孔深	DE_DEPTH	数值型	m	300
20	实际方位角	PR_AZIMUTH	数值型	°	90
21	实际倾角	PR_DIP_ANG	数值型	°	0
22	实际孔深	PR_DEPTH	数值型	m	300
23	终孔X	E_COORD_X	数值型	m	574317.9
24	终孔Y	E_COORD_Y	数值型	m	4414908
25	终孔H	E_COORD_Z	数值型	m	–283
26	测量终孔X	E_COORD_X1	数值型	m	574317.9
27	测量终孔Y	E_COORD_Y1	数值型	m	4414908
28	测量终孔H	E_COORD_Z1	数值型	m	–283
29	比例尺	SCALE	数值型		100(比例尺分母)
30	施工质量	CONS_QL	字符型		优
31	编录质量	RECO_QL	字符型		优
32	施工单位	CONS_UNIT	字符型		河北省地矿局第五地质大队
33	编录单位	RECO_UNIT	字符型		河北省区域地质调查院
34	探矿技术员	PROSPECTOR	字符型		王伟
35	地质编录员	GEOLOGIST	字符型		陈宏强
36	水文编录员	HYDRO_IST	字符型		李峰
37	质量检查员	QL_TESTER	字符型		陈超

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表 4 钻孔编录数据库属性表

数据库名	属性表名	要素内容	主要属性内容
ZKFour.mdb	ZK_BSample	标本采样记录	工作区或矿区编号(KCANB_CODE)、勘探线号(KTX_CODE)、工程编号(ENG_CODE)、剖面编号(SECT_CODE)、井深位置(POSITION)、分层号(LAYCODE)、标本编号(B_CODE)、标本类别(TYPE)、采样人(SAMPLING)、分析要求(ANALYSE)、备注(REMARK)、岩矿心编号回次自(F_CIR)、岩矿心编号总块数自(F_BLOCKS)、岩矿心编号本块数自(F_BLOCK_N)、岩矿心编号回次至(TO_CIR)、岩矿心编号总块数至(TO_BLOCKS)、岩矿心编号本块数至(TO_BLOCK_N)、岩矿心直径(ROCKDIAMETER)、重量(WEIGHT)、袋数(BAGS)、岩石名称(ROCKNAME)、采样日期(SAMDATE)、采取率(SAMRAO)
	ZK_Circle	钻孔回次数据	工作区或矿区编号(KCANB_CODE)、勘探线号(KTX_CODE)、工程编号(ENG_NO)、剖面编号(SECT_CODE)、回次序号(CIRCLE_N)、回次位置自(CIRCLE_FROM)、回次位置至(CIRCLE_TO)、岩心长(ROCK_L)、残留岩心(REMAIN_L)、进尺(DIG_L)、采取率(RATIO)、日期(CIRCLE_DATE)、备注(REMARK)、总块数(TOLBLK)
	ZK_CurveP	钻孔测井曲线点记录	工作区或矿区编号(KCANB_CODE)、勘探线号(KTX_CODE)、工程编号(ENG_CODE)、剖面编号(SECT_CODE)、测井日期(LOG_DATE)、测井曲线名称(LOG_NAME)、测井数据深度(LOG_DEPTH)、测井数据值(LOG_VALUE)
	ZK_Image	岩心编录照片记录	起始深度(HeiFrom)、终止深度(HeiTo)、照片文件路径(ImgName)
	ZK_Slayer	钻孔分层数据	工作区或矿区编号(KCANB_CODE)、勘探线号(KTX_CODE)、工程编号(ENG_CODE)、剖面编号(SECT_CODE)、分层号(LAYCODE)、上分层止孔深(SLAYER_FROM)、换层深度(SLAYER_TO)、回次岩心长(LAY_CIR_L)、分层岩心长(LAY_L)、进尺(DIG_L)、采取率(RATIO)、换层井深(CHANGE_L)、岩矿心编号回次自(F_CIR)、岩矿心编号总块数自(F_BLOCKS)、岩矿心编号本块数自(F_BLOCK_N)、岩矿心编号回次至(TO_CIR)、岩矿心编号总块数至(TO_BLOCKS)、岩矿心编号本块数至(TO_BLOCK_N)、接触关系(CONTACT)、分层回次号 (现)(TEXTURECODE)、分层回次号(保留)(TEXTURENAME)、标志面孔深(HOLEDEPTH)、标志面名称(HOLENAME)、轴心夹角(HOLEPM)、标志层代码(HOLECODE)
	ZK_NewLayer	室内分层数据	工作区或矿区编号(KCANB_CODE)、勘探线号(KTX_CODE)、工程编号(ENG_CODE)、剖面编号(SECT_CODE)、新分层号(NEWLAYCODE)、分层号自(LAYCODE_FROM)、分层号至(LAYCODE_TO)、新层深度自(NEWLAY_FROM)、新层深度至(NEWLAY_TO)
	ZK_GDC	古地磁测试数据	样品编号(SAM_CODE)、深度(DEPTH)、磁倾角(MAGNETIC_DIP)
	ZK_SD	色度测试数据	样品编号(SAM_CODE)、深度(DEPTH)、明暗度(L)、红绿色(a)、黄蓝色(b)
	ZK_CHL	磁化率测试数据	样品编号(SAM_CODE)、低频(LOW_FREQUENCY)、高频(HIGH_FREQUENCY)、重量(WEIGHT)、质量磁化率(MASS_SUSCEPTIBILITY)
	ZK_LD	粒度分析数据	样品编号(SAM_CODE)、中值粒径(MEDIAN_DIAMETER)、平均粒径(AVERAGE_DIAMETER)、标准偏差(STANDARD_DEVIATION)、偏态(SKEWNESS)、峰态(KURTOSIS)、砂含量(SAND_CONTENT)、粉砂含量(SILT_CONTENT)、黏土含量(CLAY_CONTENT)

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表 5 钻孔柱状图图层分层信息

图层名称	图层内容	图层名称	图层内容
TKBASELIN.WL	主体图框线	柱状图.WP	岩性柱状图区
TKBASEPNT.WT	图名、图眉、栏目、分层厚度标注	柱状图.WL	岩性柱状图线
GEODESLIN.WL	地质分层线	柱状图.WT	岩性柱状图花纹
GEODESPNT.WL	地质描述内容	测井曲线.WL	测井曲线
时代.WL	地质年代分界线	测井曲线.WT	测井曲线标注
时代.WT	地质年代标注	岩心照片.TIF	岩心照片

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表 6 钻孔柱状图设计数据库属性表

数据库名	属性表名	要素内容	主要属性内容
ZK_Histogram.mdb	ZKHis_Whole	柱状图组成	类型(TYPENAME)、字体高度(HEIGHT)、字体宽度(WIDTH)、字体间隔(SPACE)、字体角度(ANGLE)、中文字体(IFNT)、西文字体(CHNT)、字形(IFNX)、排列方式(HVPL)、颜色(CLR)
	ZKHis_Ruler	标尺表	名称(RULERNAME)、类型(RULERTYPE)、最小值(MINVAL)、最大值(MAXVAL)、最小单位(MINUNIT)、最小标注(MINLABUNIT)、小数位数(MINLABNUM)及相关字体参数
	ZKHis_Group	分组表	分组名称(GROUPNAME)、内容表(DB_TBL)、ID字段(FLD_ID)、开始字段(FLD_FROM)、结束字段(FLD_TO)、拉胡子(GROUPFLEX)
	ZKHis_HeadComp	从属表	名称(HEADNAME)、别名(HEADALIAS)、从属(PARENTID)、表高(TBLHEIGHT)、字体高度(HEIGHT)、字体高度(WIDTH)、字体间隔(SPACE)、字体角度(ANGLE)、中文(IFNT)、西文(CHNT)、字形(IFNX)、排列(HVPL)、颜色(CLR)
	ZKHis_Column	柱状图栏目	名称(COLNAME)、别名(COLALIAS)、单位(COLUNIT)、标尺(COLRULER)、从属(HEADID)、栏宽(COLWID)、内容表(DB_TBL)、内容字段(FLD_VAL)、高度字段(FLD_HEI)、分类(CLASSNO)、分组(GROUPNO)及相关字体参数

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Table 1. Metadata Table of Database (Dataset)

Items	Description
Database (dataset) name	Quaternary borehole database of the 1∶50 000 Shaliu River Map-sheet, Hebei Province, China
Database (dataset) authors	ChenYuanyuan, Hebei Institute of Regional Geological Survey Yang Rui, Hebei Institute of Regional Geological Survey Zhao Huaping, Hebei Institute of Regional Geological Survey Bu Ling, Hebei Institute of Regional Geological Survey Chen Hongqiang, Hebei Institute of Regional Geological Survey
Data acquisition time	2017—2018
Geographic area	E 117°45′–118°00′, N 39°50′–40°00′
Data format	.mpj,.mdb,.jpg
Data size	249 MB
Data service system URL	http://dcc.cgs.gov.cn
Fund project	The regional geological survey on 1∶50 000 Shaliu River Map-sheet (J50E001016), Zuojiawu Map-sheet (J50E001017), Yahongqiao Map-sheet (J50E00 2016) and Fengrun Map-sheet (J50E00 2017) of Hebei Province (project No.: DD20160042-4)
Language	Chinese
Database (dataset) composition	The database includes 5 boreholes. The collecting borehole (BK1, BK17, YU3 and FENG1) data includes borehole histograms (.mpj) and database (.mdb); the drilled borehole (PZK10) data includes borehole histograms (.mpj), core pictures (.jpg) and database (.mdb). The data are respectively stored in different level of catalogs as files according to database construction standard of DGSS

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Table 2. Basic information of borehole in the quaternary borehole database of the 1∶50 000 Shaliu river map-sheet of Hebei province

No.	Borehole No.	Layer	Depth/m	The drilling	Data source
1	PZK10	Q, N	301	Hebei Institute of Regional Geological Survey	Actual measurement of drilling
2	YU3	Q, N	405.46	Hydrological and Engineering Geological Brigade, Hebei Bureau of Geology and Mineral Resources Exploration	Collection
		Jx	1.0
3	FENG1	Q, N	212.8	Hydrological and Engineering Geological Brigade, Hebei Bureau of Geology and Mineral Resources Exploration	Collection
		Jx	1.9
4	BK17	Q, N	200	Hebei Research Institute of Construction & Geotechnical Investigation Co., Ltd	Collection
		Jx	1
5	BK1	Q, N	69	Hebei Research Institute of Construction & Geotechnical Investigation Co., Ltd	Collection
		Jx	192
Note: Q–Quaternary; N–Neogene; Jx–Jixian System

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Table 3. Layer attribute table for basic information of boreholes

NO.	Data item	Standard code	Data type	Dimension	Example
1	Name of working area or mining area	KCANB_ NAME	character		Liangjiadian
2	Exploration line No.	KTX_CODE	character		KT2
3	Mining No.	KCANB_ CODE	character		J50E001016
4	Borehole No.	ENG_NO	character		PZK10
5	Project name	SECNAME	character		Regional geological survey for 1∶50 000 Shaliu River Mapsheet, Zuojiawu Mapsheet, Yahongqiao Mapsheet, Fengrun Mapsheet of Hebei Province
6	Section No.	SECT_CODE	character		PM1
7	Borehole file No.	DENG_CODE	character		ZKD01
8	Type of borehole	ENG_TYPE	character type		Basic hole
9	Open hole X	COORD_X	Numeric	m	574317.9
10	Open hole Y	COORD_Y	Numeric	m	4414908
11	Open hole H	COORD_H	Numeric	m	17
12	Measured open hole X	COORD_X1	Numeric	m	574317.9
13	Measured open hole Y	COORD_Y1	Numeric	m	4414908
14	Measured open hole H	COORD_H1	Numeric	m	17
15	Start date of drilling	STA_DATE	Date		20170526
16	End date of drilling	END_DATE	Date		20170630
17	Designed azimuth	DE_AZIMUTH	Numeric	°	90
18	Designed dip angle	DE_DIP_ANG	Numeric	°	0
19	Designed borehole depth	DE_DEPTH	Numeric	m	300
20	Actual azimuth	PR_AZIMUTH	Numeric	°	90
21	Actual dip angle	PR_DIP_ANG	Numeric	°	0
22	Actual borehole depth	PR_DEPTH	Numeric	m	300
23	End hole X	E_COORD_X	Numeric	m	574317.9
24	End hole Y	E_COORD_Y	Numeric	m	4414908
25	End hole H	E_COORD_Z	Numeric	m	–283
26	Measured end hole X	E_COORD_X1	Numeric	m	574317.9
27	Measured end hole Y	E_COORD_Y1	Numeric	m	4414908
28	Measured end hole H	E_COORD_Z1	Numeric	m	–283
29	Scale	SCALE	Numeric		100 (scale denominator)
30	Construction quality	CONS_QL	character		Excellent
31	Cataloging quality	RECO_QL	character		Excellent
32	Construction unit	CONS_UNIT	character		5^th Geological Brigade, Hebei Bureau of Geology and Mineral Resources Exploration
33	Cataloging unit	RECO_UNIT	character		Hebei Institute of Regional Geological Survey
34	Prospector	PROSPECTOR	character		Wang Wei
35	Geologist	GEOLOGIST	character		Chen Hongqiang
36	Hydrological geologist	HYDRO_IST	character		Li Feng
37	Quality tester	QL_TESTER	character		Chen Chao

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Table 4. Attribute table of borehole catalog database

Database	Attribute table	Elements	Main properties
ZKFour.mdb	ZK_BSample	Sampling record of specimen	No. of working area or mining area (KCANB_CODE), Exploration line No. (KTX_CODE), Project No. (ENG_CODE), Section No. (SECT_CODE), Borehole depth position (POSITION), Layering code (LAYCODE), Specimen code (B_CODE), Specimen type (TYPE), Sampling person (SAMPLING), Analysing requirement (ANALYSE), Remark (REMARK), Circle of rock core No. from (F_CIR), Total blocks of rock core No. from (F_BLOCKS), Block number of rock core No. from (F_BLOCK_N), Circle of rock core No. to (TO_CIR), Total blocks of rock core No. to (TO_BLOCKS), Block number of rock core No. to (TO_BLOCK_N), Diameter of rock core (ROCKDIAMETER), Weight (WEIGHT), Bags (BAGS), Rock name (ROCKNAME), Sampling date (SAMDATE), Sampling rate (SAMRATO)
	ZK_ Circle	Borehole circle data	No. of working area or mining area (KCANB_CODE), Exploration line No. (KTX_CODE), Project No. (ENG_NO), Section No. (SECT_CODE), Circle No. (CIRCLE_N), Circle position from (CIRCLE_FROM), Circle position to (CIRCLE_TO), Core length (ROCK_L), Remaining core (REMAIN_L), Footage (DIG_L), Sampling rate (RATIO), Date (CIRCLE_DATE), Remark (REMARK), Total blocks (TOLBLK)
	ZK_ CurveP	Curve point record of borehole logging	No. of working area or mining area (KCANB_CODE), Exploration line No. (KTX_CODE), Project No. (ENG_CODE), Section No. (SECT_CODE), Logging date (LOG_DATE), Name of logging curve (LOG_NAME), Depth of logging (LOG_DEPTH), Value of logging data (LOG_VALUE)
	ZK_ Image	Record of core catalog picture	Initial depth (HeiFrom), Ending depth (HeiTo), File path of picture (ImgName)
	ZK_ Slayer	Borehole layering data	No. of working area or mining area (KCANB_CODE), Exploration line No. (KTX_CODE), Project No. (ENG_CODE), Section No. (SECT_CODE), Layering No. (LAYCODE), Ending hole depth of the upper layer (SLAYER_FROM), Boundary depth (SLAYER_TO), Circle core length (LAY_CIR_L), Layering core length (LAY_L), Footage (DIG_L), Sampling rate (RATIO), Boundary borehole depth (CHANGE_L), Circle of core No. from (F_CIR), Total blocks of core No. from (F_BLOCKS), Block number of core No. from (F_BLOCK_N), Circle of core No. to (TO_CIR), Total blocks of core No. to (TO_BLOCKS), Block number of core No. to (TO_BLOCK_N), Contact relation (CONTACT), Layering circle code (now) (TEXTURECODE), Layering circle name(reserved) (TEXTURENAME), Borehole depth of mark layer (HOLEDEPTH), Name of mark layer (HOLENAME), Pivot angle (HOLEPM), Code of mark layer (HOLECODE)
	ZK_NewLayer	Indoor layering data	No. of working area or mining area (KCANB_CODE), Exploration line No. (KTX_CODE), Project No. (ENG_CODE), Section No. (SECT_CODE), New layer No. (NEWLAYCODE), Layer No. from (LAYCODE_FROM), Layer No. to (LAYCODE_TO), New layer depth from (NEWLAY_FROM), New layer depth to (NEWLAY_TO)
	ZK_GDC	Paleomagnetism data	Sample No. (SAM_CODE), Depth (DEPTH), Magnetic dip (MAGNETIC_DIP)
	ZK_SD	Chroma data	Sample No. (SAM_CODE), Depth (DEPTH), Lightness (L), Red-green (a), Yellow-blue (b)
	ZK_CHL	Magnetic susceptibility data	Sample No. (SAM_CODE), Low frequency (LOW_FREQUENCY), High frequency (HIGH_FREQUENCY), Weight (WEIGHT), Mass Magnetisability (MASS_SUSCEPTIBILITY)
	ZK_LD	Grading analysis data	Sample No. (SAM_CODE), Median diameter (MEDIAN_DIAMETER), Average grain diameter (AVERAGE_DIAMETER), Standard deviation (STANDARD_DEVIATION), Skewness (SKEWNESS), Kurtosis (KURTOSIS), Sand content (SAND_CONTENT), Silt content (SILT_CONTENT), Clay content (CLAY_CONTENT)

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Table 5. Basic information of borehole histogram layers

Layer name	Layer description	Layer name	Layer description
TKBASELIN.WL	Line of main picture frame	Column.WP	Lithological column polygon
TKBASEPNT.WT	Picture name, Picture header, Column, Layer depth	Column.WL	Lithological column line
GEODESLIN.WL	Geological stratification line	Column.WT	Lithological column pattern
GEODESPNT.WL	Geological description	Logging curve.WL	Logging curve line
Age.WL	Geological age division line	Logging curcve.WT	Logging curve label
Age.WT	Geological age	Core picture.TIF	Core picture

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Table 6. Attribute table of borehole histogram design database

Database	Attribute table	Elements	Main properties
ZK_Histogram.mdb	ZKHis_ Whole	Constitution of histogram	Type (TYPENAME), Font height (HEIGHT), font width (WIDTH), Font space (SPACE), Font angle (ANGLE), Chinese language font (IFNT), Western language font (CHNT), Character pattern (IFNX), Arrangement mode (HVPL), Color (CLR)
	ZKHis_ Ruler	Ruler table	Name (RULERNAME), Type (RULERTYPE), Minimum value (MINVAL), Maximum value (MAXVAL), Minimum unit (MINUNIT), Minimum label (MINLABUNIT), Decimal digits (MINLABNUM) and Relevant font parameters
	ZKHis_ Group	Group table	Group name (GROUPNAME), Table of content (DB_TBL), ID field (FLD_ID), Initial field (FLD_FROM), Ending field (FLD_TO), Group flex (GROUPFLEX)
	ZKHis_HeadComp	Subordinate table	Name (HEADNAME), Alias (HEADALIAS), Subordination (PARENTID), Table height (TBLHEIGHT), Font height (HEIGHT), Font width (WIDTH), Font space (SPACE), Font angle (ANGLE), Chinese language (IFNT), Western language (CHNT), Character pattern (IFNX), Arrangement mode (HVPL), Color (CLR)
	ZKHis_ Column	Histogram column	Name (COLNAME), Alias (COLALIAS), Unit (COLUNIT), Ruler (COLRULER), Subordination (HEADID), Column width (COLWID), Table of content (DB_TBL), Content field (FLD_VAL), Height field (FLD_HEI), Classification (CLASSNO), Group (GROUPNO) and relevant font parameters

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参考文献(20)

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[1]	Chen Yuanyuan, Yang Rui, Zhao Huaping, Bu Ling, Chen Hongqiang. 2020. Quaternary borehole database for 1∶50 000 Shaliu River Map-sheet of Hebei Province, China[DB/OL]. Geoscientific Data & Discovery Publishing System. (2020-06-30). DOI: 10.35080/data.A.2020.P12.
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[3]	Li Chaoling. 2011. Instructions for Digital Geological Survey System [M]. Beijing: Geological Publishing House (in Chinese).
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[10]	Zuo Qunchao, Yang Donglai, Song Yue, Ma Juan, Xiao Zhijian. 2013. The data quality control and technique of the mineral resources potential evaluation in China[J]. Geology in China, 40(4): 1314−1327 (in Chinese with English abstract). http://www.researchgate.net/publication/291133804_The_data_quality_control_and_technique_of_the_mineral_resources_potential_evaluation_in_China

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中国地质调查局中国地质科学院	主办
科学出版社	出版

河北省1∶50 000沙流河幅第四系钻孔数据库

河北省区域地质调查院，河北 廊坊 065000

作者简介: 陈圆圆，女，1988年生，硕士，工程师，从事矿产地质调查及数据库建设工作；E–mail： 517371457@qq.com

Quaternary borehole database for 1∶50 000 Shaliu River Map-sheet of Hebei Province, China

Author Bio: CHEN Yuanyuan, female, born in 1988, engineer, master, is engaged in mineral and geological survey and database construction; E-mail: 517371457@qq.com .

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河北省区域地质调查院，河北廊坊 065000