Gaining volume with Kyrpa

I am not dodging anything here and any of you coming in to this corner do not need to do that either. If someone coming out with the phrases suggesting they know, it would be appreciated to deliver as well. You did the contribution at the first question though and kind of surprised that you responded as you did for the second. Apologies accepted and we can go in peace if we choose to.

You’d need an inlet and outlet to a temperature regulated bath with a pump that attaches to a underwater penis pump with inducer set to what I’m guessing is half of the shortwaves hertz as it travels 4 times faster underwater, I have no idea but I’d say that the cycles would have to be 3mins long depending on the thermometer inside the penis pump, 1 degree change changes from 10mins to 3mins so it’s better to undercut cycles so the cells proliferate, I have no idea how the depth of field effects the blood, using medium setting at around 0.8

Regulating the inside temperature with thermal conduction has some restrictions as the dermal layers of the penis have separate blood supply from cavernous tissues so the skin as a conductor works very slowly to the direction or another. Therefor it is not so important in this case what the water temperature is . It can be +40C all the time as I consider it is safer option in the case of overheating with the ultrasound.

Using water only as a conductive medium may the aim with these solutions be then for heating with 1 to 3 MHz, or as I was pondering using long-waves for non-thermal solutions.
That was the real interest to know what actually is the 45 KHz penetrating depth. Low frequencies penetrating far deeper. For heating it is inefficient option as thermal energy absorbed in tissues with such frequencies is poor. So it is not for heating.

For non- thermal effects with low intensity to promote healing due frequencies of 30 ,40 or 45 kHz which has been suggested to promote increased production of IL-1, IL-8, vascular endothelial growth factor, fibrinoblast growth factor-b, and collagen, promotion of bone healing, and acceleration of thrombolysis at rates not seen with 1MHz and 3 MHz applications.

There will be attenuation of course both wave length and amplitude. From the soft tissue itself and the the acoustic impedance difference between skin and the water cause acoustic attenuation due intensity reflection coefficient .
But as the 1 MHz can penetrate more than 5cm with 50% of the energy has been absorbed at dept of 3- 5cm amplitude attenuating the deeper it penetrates. Frequency determines the penetration dept but by what equation?

Hi Sentii, I will be posting my personal PE data since August 1 in the next week or two. In prior posts I have through the end of November. I was just wondering the same question, but it appears that my resting/pre workout BPFSL1 is about 8 weeks ahead of resting/pre-workout BPEL. Oct 2 I had reached 194mm BPFSL1, and first week of December measured BPEL of the same. It will be interesting to hear what others are seeing.

For me the headway with BPFSL got so major so early that I am lagging behind with the BPEL six months at the moment.

What did your BPFSL measure when your BPEL reached 194 mm?

Ultrasound Beam Shape & Focusing

So many variables, my head hurts lol

Propagation velocity is the product of wavelength (y) and frequency . If the medium is human soft tissue, then the propagation velocity (c) is 1540 m/sec. The wavelength can be calculated by dividing 1540 m/sec by the frequency. Note that wavelength is inversely proportional to frequency. A higher frequency will have a shorter wavelength.

c = y x f

c = 1540 m/sec

y = 1540 / f

204mm. Although I feel 1mm of that is swelling at the tip of my glans, so more realistically 202-203mm. I feel like my BPFSL1 is always 7-9mm ahead of my BPEL. I may start measuring after my break from behind the coronal ridge as advised from Kyrpa and Longerstretch to be more accurate. The other thing is my penis curves up and to the left so the harder I get the harder it is to measure accurately because tip to pubic bone doesn’t account for the curvature so I try to “bend” it straight fully erect while measuring at the same time which can be challenging.

Hi Guys.
I am well educated on the Chemical PE side of things and rarely post. I love this advanced topic though. Thinking of diving in, as my length limit is due to solely the “hard cord”, and I have hung heavy for years at all angles with pulleys and everything.

Interested in which machine you use, the US Pro 2000?

Also one last thing, is there a underwater vacuum pump which I can use in the bath tub, and control vacuum, underwater?
I read through a lot of the pages but haven’t come across the equipment details, more of the settings you guys speak about.

Thanks,
And anything chemical or supplement related, let me know.

I use the sound care plus from Roscoe Medical. Its pricey but works great.

Thanks for coming in.

I would suggest you to look in devices having +2.0 w/ cm^2 intensity. The dual frequency feature having 1MHz and 3MHz options would be great.

Thanks.
Yes the the wave length is more than 30cm with 45KHz and there is lot of unknowns still left with low frequency applications.
The wave will travel through the penis all of its length if assembled to the end of vacuum cylinder what we don´t actually know if there is any effectivity left reaching the base of the penis.

This remains in the things to look up and study further.
http://www.elec trotherapy.org/ … rasound-therapy

Another thing is if you can say something about the ultrasound beams affecting each other.
I am trialing the dual transducer use and very curious if the 60-90 degree separation angle will actually increase the intensity and how much?
It is effecting accelerated heat build up and it is tolerable and if there is supercompensation it is only increasing the intensity at conservative extend .

What have I read is that the 1 MHz frequency is disturbed easily with another wave source.
Have you any info on these kind of calculations to share with?

Tesla destroyed a building by having two opposing wavelengths synchronised at different frequencies effectively making an earthquake machine.

Since the human body is mostly water but the thought experiment is on such a small portion of it, I would assume it ripples 10% of the time with linear motion as the driven force like sweeping water across a surface but only after a pebble drops into the water first to make that ripple first before its swept away, the acceleration will be constant, the forces it produces increases out of sync since each wave travels through its own particals ie: soft tissue, having two wave lengths would increase heat,

If sycronisation happens as opposing forces its going to be like two cars colliding or like a bull whip in a mirror the initial cavitation, I better not say, this is leading to entropy thermodynamics and solitons-Einstein level stuff

Wave interference (video) | Khan Academy.

The video shows wave interference