📐 Impact Kinematics (Optimal Nozzle-to-Target Standoff 150-250mm, 90° Perpendicular Cone)

Target Jet Mill Nozzle-to-Target Standoff Calculator

Optimize the aerodynamic standoff distance ($L_{standoff} = 150 ext{ to }250 ext{ mm}$) between supersonic acceleration nozzles and perpendicular target plates: prevent core jet deceleration before impact while allowing pulverized shatter fragments to rebound cleanly at 90°, and comminution yields.

1. Project & Operating Inputs

Acceleration Nozzle Throat (mm e.g. 18.0 mm Laval Nozzle Throat)

Motive Gas Expansion Ratio (Ratio e.g. 3.2:1 Area Expansion Ratio)

Customer Bid Price for Supplied Standoff Optimization Package ($)

Adjustable CNC Nozzle Positioner, High-Speed Shadowgraph Sensor ($)

2. Financial Breakdown & Yield

OPTIMAL 180MM STANDOFF

Turnkey Target Jet Optimization Package Profit

Supersonic Jet Fluid Dynamics Margin

0.0%

Gross Revenue / Bill

Total Project CapEx

Operating / Direct Cost