High-Volume, Low-Cost Spay and Neuter Clinic Proposal

of eight parallel traps with a removal rate exceeding previously published multilayer trap designs [1] The parallel arrangement represents the fluid mechanical analogy to solving a queuing problem, and has a total working trap volume of 4 0µL We demonstrated removal capabilities at gas inflow rates of up to 2 0µL/min (Figs 4b,c) a b

How to Trap: Installation and Testing

Specific Volume of Liquid (Column 7) The volume per unit of mass in cubic feet per pound Specific Volume of Steam (Column 8) The volume per unit of mass in cubic feet per pound How the Table Is Used In addition to determining pressure/ temperature relationships, you can compute the amount of steam that will be condensed by any heating unit of

Trapping and Removal of Bubbles in a Microfluidic Format

The trap was demonstrated with nitrogen bubbles, which were consistently removed at a rate of 0 14 µL/min for a single trap, and shown to have long-term operation capability by removing approximately 4,000 bubbles during one day without failure

Calculating sediment trapping efficiency for Reservoirs in series

as V/Q where V is the reservoir capacity volume (m3) and Q is the mean annual inflow (m3 y-1) and; u is the mean annual velocity of the inflow (in ms-1) which is expressed as = × 4 7 4 º (2) Where the constant, 3 17 × 10-8 represents a conversion between inflow per year to inflow per second and A is

STRATEGIC REVIEW OF TRAPS AND TARGETS FOR TSETSE AND AFRICAN

3 TRAP AND TARGET DESIGN AND DEPLOYMENT 3 1 The basic principles of traps and targets 3 2 Historical aspects of trap development 3 2 1 Summary 3 2 2 Odour-baited traps and targets 3 2 3 Trap deployment 3 2 4 Traps and targets as barriers to reinvasion 3 2 5 Involvement of TDR and other international organizations in tsetse trap development

Effects of Neutral Density on Electron Temperature and

parallel plate electrodes in vacuum Carefully shaped electrodes were employed to ensure that electric equipotentials coincided with magnetic field lines within the trap volume, which emulates the quasi-neutral plasma potential structure found in a Hall thruster32 The axial electric field, formed self-consistently in the neutral plasma

Refrigerant Piping Design Guide - Homestead

6 Application Guide AG 31-011 Typical Refrigerant Piping Layouts This section shows several typical refrigerant piping layouts for commercial air conditioning They will be used throughout this guide to illustrate piping design requirements

REFRIGERANT PIPING INTRODUCTION - RSES

Note trap in liquid line and equalizer from top of receiver to hot gas line In some installations, it may be necessary to raise the evaporative condenser to obtain a minimum of 18” drop between the outlet of the condenser and the inlet to the receiver Also, there must be a trap in this line at the lowest run to prevent gas

Trane Engineers Newsletter, volume 32-2

1 in (25 mm) from the bottom of the trap; use tubing that is 1/8 in (6 mm) and at least 5 ft (300 mm) long Precharge the trap with oil 5 Divert hot gas to each active distributor at the expected operating points for hot gas bypass 6 If the HGBP line feeds multiple distributors, provide a check valve for each distributor