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Parts Cross Reference Parts Cross Reference PartNo VendorNo Description

American SCUBA Supply Order No. 1263 American SCUBA Supply Order No. 1263 OrderNo ItemNo

%solve the pressure of bearing %d1=input('please input the value of diameter of bearing') %d2=input('please input the value of diameter of shaft') %e=input('please input the value of the rate of of

function [LeqA, LeqA8, LeqC, LeqC8, Leq, Leq8, peak_dB, peak_dBA, peak_dBC, peak_Pa, peak_PaA, peak_PaC]=Leq_all_calc(y, Fs, cf, settling_time) % % Leq_all_calc: Calculates levels and peaks for A, C,

; fzCmpmod.clp ; ; An implementation of the example given in the paper 'A Compiler for Fuzzy Logic ; Controllers' by P. Bonissone in Fuzzy Eng toward Human Friendly Systems Vol 2 ; pp. 706

; fzCmplr.clp ; ; An implementation of the example given in the paper 'A Compiler for Fuzzy Logic ; Controllers' by P. Bonissone in Fuzzy Eng toward Human Friendly Systems Vol 2 ; pp. 706-717

function dq=delq(Ts,Ta,rh) % DELQ: computes air-sea specific humidity difference. % dq=DELQ(Ts,Ta,rh) computes the specific humidity (kg/kg) difference % between the air (as determined by relati

function rh=relhumid(Td,Tw,P,p_typ) % RELHUMID: finds relative humidity from wet/dry thermometer readings. % rh=relhumid(Td,Tw,Pa,type) computes the relative humidity from % wt and dry-bulb t

function q=qsat(Ta,Pa) % QSAT: computes specific humidity at saturation. % q=QSAT(Ta) computes the specific humidity (kg/kg) at satuation at % air temperature Ta (deg C). Dependence on air pr

/* * tslib/plugins/pthres.c * * Copyright (C) 2003 Texas Instruments, Inc. * * Based on: * tslib/plugins/linear.c * Copyright (C) 2001 Russell King. * * This file is placed under the