The phrase "excited response" is correct and usable in written English.
It can be used to describe a reaction that is enthusiastic or eager, often in response to news or an event.
Example: "The audience's excited response to the announcement of the new product was palpable, with cheers and applause filling the room."
Alternatives: "enthusiastic reaction" or "eager response."
Ask Jerry van Waardhuizen about his new radiator and you get an excited response.
It is found that the directly excited response significantly modifies the stability boundaries compared to previous simplified solutions.
There's no better feeling than to get an excited response via Twitter from an employee or customer about one of our services and products.
The critical excitations for elastoplastic systems, however, are not harmonic and at low frequencies the response is significantly larger than the harmonically excited response.
For linear systems it is shown that the critical excitations producing either a maximum displacement response or maximum energy input are harmonic and derivable from the harmonically excited response functions for the same linear system.
"Hoo-ah!" came the excited response.
R58F10 neurons were excited in response to (Z) -5-tetradecenoic acid at 0.01 nM, 1 nM, and 100 nM.
When, for instance, sbtII4 neurons were stimulated with indole the A neuron was inhibited and the B neuron was excited; similar response characteristics were observed for sst1A neurons, which were strongly excited by some stimuli and inhibited by others (Table 2).
They are excited in response to application of exogenous ATP or ATP receptor agonists [ 37, 43], while activation of ATP receptors in the RVLM evokes marked increases in the arterial blood pressure, heart rate and renal sympathetic nerve activity [ 23, 37, 43, 44].
In particular, both subharmonic resonance when periodic forcing excites a response at a rationally-related lower frequency and superharmonic resonance in which a pure sinusoid excites responses containing higher harmonics—are possible.
The total pressure response is obtained by superposition of the pressure response excited by each input.
