Seismic Imaging Data Acquired Seismograph Masw Refraction Reflection Seismic Mapping Equipment

Product Details
Customization: Available
Accuracy: 1mm
Horizontal Line: 1
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Year of Establishment
2009-09-11
Plant Area
377 square meters
  • Seismic Imaging Data Acquired Seismograph Masw Refraction Reflection Seismic Mapping Equipment
  • Seismic Imaging Data Acquired Seismograph Masw Refraction Reflection Seismic Mapping Equipment
  • Seismic Imaging Data Acquired Seismograph Masw Refraction Reflection Seismic Mapping Equipment
  • Seismic Imaging Data Acquired Seismograph Masw Refraction Reflection Seismic Mapping Equipment
  • Seismic Imaging Data Acquired Seismograph Masw Refraction Reflection Seismic Mapping Equipment
  • Seismic Imaging Data Acquired Seismograph Masw Refraction Reflection Seismic Mapping Equipment
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  • Overview
  • Product Description
Overview

Basic Info.

Model NO.
WZG
Vertical Lines
1
Product Name
Engineering Seismograph
Application1
Shallow Refraction Survey
Application2
Refraction Seismograph
Application3
Borehole PS Logging Seismic Equipment
Application4
Wave Speed (Sheared Wave) Survey
Application5
Transient Multifold Rayleigh Wave Prospecting
Channels
24channels
Type
Digital Signal
After-Sales Service
Yes
Warranty
1 Year
Transport Package
Plywood Case
Specification
Piece
Trademark
Gold
Origin
Chongqing, China
HS Code
9015800090
Production Capacity
100sets/Month

Product Description

Product Description
Seismic Imaging Data Acquired Seismograph Masw Refraction Reflection Seismic Mapping Equipment
This Seismic imaging equipment is an important tool in seismic exploration, which mainly uses the propagation characteristics of seismic waves in the earth's crust to detect underground structures. There is an increasing demand for seismic imaging in the fields of urban construction, resource exploration and environmental research. In this paper, we will discuss the equipment, configurations, arrays and methods used in seismic imaging, with special focus on the multichannel surface wave (MASW) method based on seismometers, and refraction and reflection seismic mapping (seismic mapping).
Seismic Imaging Data Acquired Seismograph Masw Refraction Reflection Seismic Mapping Equipment
The basic equipment for seismic imaging are seismometers, which can efficiently record information about the subsurface structure.The MASW technique relies on multichannel surface waves, which is a method that monitors the propagation of surface waves by arranging multiple receivers on the surface to analyse the shear wave velocity distribution in the soil. In addition, the refraction and reflection method is applied for the same purpose, but it focuses on analysing the timing and characteristics of seismic wave returns to infer subsurface stratification and structure.
Seismic Imaging Data Acquired Seismograph Masw Refraction Reflection Seismic Mapping Equipment
In seismic imaging, array design is a key factor affecting the imaging quality. Generally speaking, MASW arrays consist of multiple ground sensors arranged at a certain spacing, and common configurations include linear arrays, circular arrays, or grid arrays. The refraction method usually employs longer receiver arrays in order to capture the waves reflected back from the ground. The array configuration of the reflection method is relatively flexible and can be adjusted according to specific exploration needs.
Seismic Imaging Data Acquired Seismograph Masw Refraction Reflection Seismic Mapping Equipment
Seismic imaging technology has a wide range of applications. It is widely used in soil structure analysis, infrastructure assessment and design, mineral resources exploration, environmental pollution monitoring, and seismic hazard risk assessment. In civil engineering, MASW technology can effectively identify the nature of foundation soil and provide a reliable basis for foundation design. And the refraction and reflection method is fully applied in mineral and petroleum exploration, which helps to provide detailed information on resource distribution and reservoir characteristics.
Seismic Imaging Data Acquired Seismograph Masw Refraction Reflection Seismic Mapping Equipment
Channel: 6/12/24/48
Sample stations:
1024, 2048, 4096, 8192, 16384
Micro-seismic survey, 1M sampling, several notches
Sampling frequency:
10μs, 25μs, 50μs, 100μs, 200μs, 500μs, 1ms, 2ms, 5ms, 10ms, 20ms
Micro-seismic survey: 1ms~200ms, selectable
A/D converter: 24-bit
Signal stack and amplification: 32 bit
Dynamic range: 144dB
Frequency pass bands: 0.1Hz~4000Hz
Noise: 1μV(full-frequency)
Amplitude consistency: ±0.2%
Phase consistency: ±0.01ms
Lapse-time: 0~9999ms
Host computer (Industrial PC)
PIII 533MHz
EMS memory: 128M
Disk: no less than 40GB
CD-ROM: interior
Display: 800 600 VGA LCD (TFT true colour)
Input: Chinese character tablet, small keyboard, photoelectric mouse
Port: double serial port, one parallel port, double USB port, mouse port,

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