From Figure Clause Samples
From Figure. 1.1 we see that the condition (1.22) is satisfied since rbh = −rc = rh. We therefore have a Z2 symmetry r → −r in this metric which exchanges the two horizons. It is the sign of the dilaton that decides for us which is the cosmological horizon, and which is the black hole, and here we choose the dilaton to always grow away from the black hole horizon.
From Figure. 4-1 and Figure 4-2, it can be observed at residential area, noise level is lesser than 35 dB(A) during day and night time which is within the permissible limit for residential area. The predicted noise levels along with the conflict are as given in Table 4-13. 1. 50 m inside premises 75.0 70.0 53.1 53.6 - - 2. 500 m far from project boundary 75.0 70.0 40.6 40.7 - - 3. Near Main Gate 75.0 70.0 50.1 49.9 - - 4. Vadadla Village 55.0 45.0 34.4 30.3 - - NL 1 50 m inside premises Industrial 75.0 70.0 53.43 47.97 2.8 6.7 NL 2 500 m far from project boundary Industrial 75.0 70.0 44.78 42.36 1.4 2.3 NL 3 Near Main Gate Industrial 75.0 70.0 53.94 48.77 1.5 3.6 NL 4 Vadadla Village Residential 55.0 45.0 47.14 38.14 0.2 0.7 From above table, it is clearly identify that the predicted cumulative increase in noise levels is negligible after setup of industry to the surrounding habitation. However, there is slightly increase in noise levels at night time in industrial premises as most of the equipments will be running day and night time. The above predicted are the worst possible results and the actual increase in SPL is going to be lower than the above predicted increase in SPL, due to the following reasons : The SoundPlan Analysis assumes that many of the sources would be placed inside concrete buildings or industrial shades which provide noise reduction rating or Transmission Loss Rating of 10~20 dB which is not considered in SoundPlan Analysis. Therefore, the actual SPL at each of the receiver location would be much lower than the predicted levels