KSFoundation_GERF.h File Reference

#include <KSFoundation.h>

Variables
const KS_RF	exc_ramp2p
const KS_RF	exc_fl901mc
const KS_RF	exc_fse90
const KS_RF	exc_fse902
const KS_RF	exc_fl902mc
const KS_RF	exc_ssfse90new
const KS_RF	exc_3dfgre
const KS_RF	exc_3d16min
const KS_RF	exc_3d8min
const KS_RF	exc_tbw8_01_001_150
const KS_RF	exc_tbw6_01_001_150
const KS_RF	exc_bw4_800us
const KS_RF	ssfp_tbw2_1_01
const KS_RF	ref_tbw2_1_01
const KS_RF	ssfp_tbw3_01_001_pm_250
const KS_RF	ssfp_3d_600us_01p_01s_10khz
const KS_RF	excnonsel_fermi100
const KS_RF	ref_se1b4
const KS_RF	ref_fse1601
const KS_RF	ref_fse1602
const KS_RF	ref_fse160n
const KS_RF	ref_ssfse155
const KS_RF	refnonsel_fermi124
const KS_RF	adinv_shNvrg5b
const KS_RF	adinv_sh3t2
const KS_RF	inv_invI0
const KS_RF	spsp_ss1528822
const KS_WAVE	spsp_ss1528822_gz
const KS_RF	spsp_ss30260334
const KS_WAVE	spsp_ss30260334_gz
const KS_RF	spsp_spsp30104233
const KS_WAVE	spsp_spsp30104233_gz
const KS_RF	spsat_dblsatl0
const KS_RF	spsatc_satqptbw12
const KS_RF	chemsat_csm
const KS_RF	chemsat_cs3t

Detailed Description

This is an auto-generated file that contains a selection of GE RF pulses converted to KS_RF objects

To use one of these KS_RF pulses, do the following in the pulse sequence:

1. Declare a KS_RF object in the @ipgexport section
   • KS_RF myrf = KS_INIT_RF;
2. Assign the KS_RF object after choosing one in KSFoundation_GERF.h
   • e.g. myrf = exc_fse90

DISCLAIMER:

Efforts has been made to copy and correctly match a selection of GEs RF pulses (***.rho in $ESE_TOP/psd/psdrfpulses) with proper associated RF_PULSE structures into the RF format (KS_RF) used in KSFoundation. However, neither GE Healthcare nor Karolinska University Hospital takes any responsibility that the RF pulses available in this file for use in EPIC performs as their corresponding product RF pulses (***.rho). Absolutely no promises are made regarding correct flip angle, SAR calculation data, etc. on any MR system. Use of these RF pulses are at your own risk, and for investigational use only

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Variable Documentation

exc_ramp2p

const KS_RF exc_ramp2p

exc_fl901mc

const KS_RF exc_fl901mc

exc_fse90

const KS_RF exc_fse90

exc_fse902

const KS_RF exc_fse902

exc_fl902mc

const KS_RF exc_fl902mc

exc_ssfse90new

const KS_RF exc_ssfse90new

exc_3dfgre

const KS_RF exc_3dfgre

exc_3d16min

const KS_RF exc_3d16min

exc_3d8min

const KS_RF exc_3d8min

exc_tbw8_01_001_150

const KS_RF exc_tbw8_01_001_150

exc_tbw6_01_001_150

const KS_RF exc_tbw6_01_001_150

exc_bw4_800us

const KS_RF exc_bw4_800us

ssfp_tbw2_1_01

const KS_RF ssfp_tbw2_1_01

ref_tbw2_1_01

const KS_RF ref_tbw2_1_01

ssfp_tbw3_01_001_pm_250

const KS_RF ssfp_tbw3_01_001_pm_250

ssfp_3d_600us_01p_01s_10khz

const KS_RF ssfp_3d_600us_01p_01s_10khz

excnonsel_fermi100

const KS_RF excnonsel_fermi100

ref_se1b4

const KS_RF ref_se1b4

ref_fse1601

const KS_RF ref_fse1601

ref_fse1602

const KS_RF ref_fse1602

ref_fse160n

const KS_RF ref_fse160n

ref_ssfse155

const KS_RF ref_ssfse155

refnonsel_fermi124

const KS_RF refnonsel_fermi124

adinv_shNvrg5b

const KS_RF adinv_shNvrg5b

adinv_sh3t2

const KS_RF adinv_sh3t2

inv_invI0

const KS_RF inv_invI0

spsp_ss1528822

const KS_RF spsp_ss1528822

spsp_ss1528822_gz

const KS_WAVE spsp_ss1528822_gz

spsp_ss30260334

const KS_RF spsp_ss30260334

spsp_ss30260334_gz

const KS_WAVE spsp_ss30260334_gz

spsp_spsp30104233

const KS_RF spsp_spsp30104233

spsp_spsp30104233_gz

const KS_WAVE spsp_spsp30104233_gz

spsat_dblsatl0

const KS_RF spsat_dblsatl0

spsatc_satqptbw12

const KS_RF spsatc_satqptbw12

chemsat_csm

const KS_RF chemsat_csm

chemsat_cs3t

const KS_RF chemsat_cs3t