Table 1: Theoretical nozzle performance at Ae/At = 700 and Po = 3 atm.
Stagnation temperature, K |
Velocity equilibrium, km/sec |
Velocity , frozen, km/sec |
Stagnation temperature, K |
Velocity equilibrium, km/sec |
Velocity , frozen, km/sec |
2000 |
2.0947 |
2.0947 |
4400 |
3.2193 |
3.2014 |
2200 |
2.2072 |
2.2072 |
4500 |
3.2638 |
3.2394 |
2400 |
2.3139 |
2.3139 |
4600 |
3.3087 |
3.2782 |
2600 |
2.4168 |
2.4168 |
4700 |
3.3558 |
3.3168 |
2666 |
2.45 |
2.45 |
4800 |
3.4044 |
3.3543 |
2700 |
2.4671 |
2.4671 |
5000 |
3.5059 |
3.4288 |
2900 |
2.5639 |
2.5639 |
5200 |
3.6237 |
3.5046 |
3000 |
2.6114 |
2.6114 |
5400 |
3.7551 |
3.5799 |
3500 |
2.8356 |
2.8352 |
5600 |
3.9043 |
3.6559 |
3950 |
3.0274 |
3.0229 |
5800 |
4.0739 |
3.7335 |
4200 |
3.1329 |
3.123 |
6000 |
4.2555 |
3.8145 |
4300 |
3.1751 |
3.1622 |
6200 |
4.4848 |
3.898 |