Test parameters. Environmental parameters during the test shall be maintained as specified below:
(i) Water temperature of 18 ±1 °C.
(ii) Dissolved oxygen concentration between 60 and 105 percent saturation.
(iii) The number of gammarids placed in a test chamber shall not be so great as to affect the results of the test. Ten gammarids per liter is the rec- ommended level of loading for the stat- ic test. Loading requirements for the flow-through test will vary depending on the flow rate of dilution water. The loading should not cause the dissolved oxygen concentration to fall below the recommended levels.
(iv) Photoperiod of 16 hours light and 8 hours darkness.
Test parameters. The test tem- perature shall be 24 °C for Selenastrum and 20 °C for Skeletonema. Excursions from the test temperature shall be no greater than ±2 °C. Temperature should be recorded hourly during the test.
Test parameters. The arguments specified during analysis are shown in the Test Parameters section. Sending Results to Development Testing Platform (DTP) Server See “Connecting to DTP Server”, page 10, for information about configuring your connection to DTP Server. Use the -publish switch to report test results to DTP server.
Test parameters. All test parameters will be as specified in the Specifications included in each Work Order.
Test parameters. Test parameters, as specified in Table A4/1, shall be measured at a constant frequency of 1.0 Hz or higher and recorded and reported in accordance with the requirements of paragraph 10. of Annex 7 at a sampling frequency of 1.0 Hz. If ECU parameters are obtained, these may be obtained at a substantially higher frequency but the recording rate shall be 1.0 Hz. The PEMS analysers, flow-measuring instruments and sensors shall comply with the requirements laid down in Annexes 5 and 6. Table A4/1 Parameter Recommended unit Source1 THC concentration2,3 (if applicable) ppm C1 Analyser CH4 concentration1,2,3 (if applicable) ppm C1 Analyser NMHC concentration1,2,3 (if applicable) ppm C1 Analyser4 CO concentration1,2,3 ppm Analyser CO2 concentration2 ppm Analyser NOX concentration2,3 ppm Analyser5 PN concentration3 #/m3 Analyser Exhaust mass flow rate kg/s EFM, any methods described in paragraph 7. of Annex 5. Ambient humidity % Sensor Ambient temperature K Sensor Ambient pressure kPa Sensor Vehicle speed km/h Sensor, GNSS, or ECU6 Vehicle latitude Degree GNSS Vehicle longitude Degree GNSS Vehicle altitude7,8 m GNSS or Sensor Exhaust gas temperature7 K Sensor Engine coolant temperature7 K Sensor or ECU Engine speed7 RPM Sensor or ECU Engine torque7 Nm Sensor or ECU Torque at driven axle7 (if applicable) Nm Rim torque meter Pedal position7 % Sensor or ECU Engine fuel flow9 (if applicable) g/s Sensor or ECU 1 Multiple parameter sources may be used.
Test parameters. The arguments specified during analysis are shown in the Test Parameters section. Sending Results to Development Testing Platform (DTP) Server See “Connecting to DTP Server”, page 8, for information about configuring your connection to DTP Server. Use the -publish switch to report test results to DTP server. -publish <publish>true</publish> report.dtp.publish=true Publishing Source Code to DTP Server By default, tested sources are sent to DTP when the report setting is enabled. This enables DTP to present source code associated with findings. You can use the report.dtp.publish.src setting to disable the publishing of source code, restrict the depth of source code publishing, or enable source code publishing when sending reports to DTP Server is disabled. See “Settings Reference”, page 63, for additional information on DTP Engine set- tings. The report.dtp.publish.src setting takes one of the following values: • off: Code is not published to DTP server. • min: Publishes minimal part of sources. Only source code that has no reference to source con- trol is published. • full: Publishes all sources associated with the specified scope. This is the default settings. See the "Development Testing Platform User Guide" for additional information about viewing source code in DTP. DTP Engines need to execute to send data to DTP Server, but you may want to send sources without running analysis.
Test parameters. 5.3.1 Continuous operation with hydrogen dead-end circuit
Test parameters. E n vi r o n m e n t a l p a r a m e t e r s d ur i n g t h e t es t s h a ll be m a i n t a i n ed a s specified below:
( i) Wa t e r t e m pe r a t ur e of 18 ± 1 °C. i n a t es t c h a m be r s h a ll n o t be so g r e a t a s t o affec t t h e r es u l t s of t h e t es t . T e n g a mm a r ids pe r li t e r i s t h e r ec- o mm e n ded level of lo a di n g fo r t h e s t a t - ic t es t . L o a di n g r eq u i r e m e n t s fo r t h e flow- t hr o u g h t es t will v a ry depe n di n g o n t h e flow r a t e of dil u t io n w a t e r . T h e lo a di n g s h o u ld n o t c a u se t h e dissolved ox y ge n co n ce n t r a t io n t o fa ll below t h e r eco mm e n ded levels.
Test parameters. Upon the Commencement Date, Kenilworth will conduct the Test at the Xxxxx Grand Casino using a single live in-progress roulette table game (the “Table Game”). The Test shall be subject to, and conducted according to the following:
Test parameters. The parameters as specified in Table 1 shall be measured and recorded at a constant frequency of 1.0 Hz or higher. The original raw data shall be kept by the manufacturer and shall be made available, upon request, to the Type Approval Authority:"
1.2.2.1. to read:
