The Wildcat DCP will tackle your toughest soil testing challenges where a CPT rig is insufficient or impossible to use. Highly accurate, cost effective, single-operator friendly cone penetrometer used to obtain SPT-N values up to a 24-foot depth.

Answers to your most common questions about using a manual DCP when a rig isn’t possible. What kind of locations and terrain is the Wildcat DCP best for? How does it work? Can it test for grain sizes?All these answers and more.

ONLINE STORE CLOSES SUNDAY, APRIL 6TH!!!! We will have Wildcat Gear (including Gray and Royal Blue Wildcat ENERGY t-shirts) at both locations on Sunday. We will be at Tiger Center from 11:30am - 1:30pm and then move over to the UMM. We have LOTS of Youth sizes too! Tournament Schedules for the BOYS and Girls have been posted.

>> Buying the WILDCAT kit as a unit saves the customer $201.00 compared with the cost of buying each part separately. The complete kit (P102/01) includes: 1 – 35 pound hammer shell

The Wildcat Dynamic Cone Penetrometer allows engineers to determine theequivalent SPT N values, in difficult access locations. The Wildcat Dynamic Cone Penetrometer uses a 35 Lb hammer raised to a height of 15” to drive the rods into the ground. Blow counts are logged every 10cm and correlations are made to equivalent SPT N values.

Defining ICP Performance Characteristics. The following steps are intended as a practical guide for the determination of an ICP's performance characteristics: Read the operating manual and familiarize yourself with the software, key instrumental parameters and preferred settings before the instrument is installed.

Iterative closest point (ICP) [1] [2] [3] [4] is a point cloud registration algorithm employed to minimize the difference between two clouds of points. ICP is often used to reconstruct 2D or 3D surfaces from different scans, to localize robots and achieve optimal path planning (especially when wheel odometry is unreliable due to slippery ...

Operations Guide. The purpose of this guide is to assist ICP/ICP-MS operators with the numerous tasks they encounter on a daily basis. The topics are fundamental in nature and are intended as an aid for the analyst who is completely new or somewhat new to the technique of ICP.

For nearly 30 years, inductively coupled plasma–mass spectrometry (ICP-MS) has been gaining favor with laboratories around the world as the instrument of choice for performing trace metal analysis.

Learn how ICP-MS detects trace metals and non-metals at ultralow concentrations, enabling its use in diverse fields including food and food safety, environmental analysis, metallurgy, geology, pharmaceuticals, and clinical research.