“I'm not your puppet, and you're not my puppet-controlling guy!.. How am I supposed to concentrate with you yanking on my hair all the time?”
The semen should be obtained carefully. During ejaculation the sperm may be subjected to enormous shearing forces. Sperm cover a long distance in a very short time -- from the epididymis to the ejaculatory duct in front of the bladder which leads to the urethra. It is like a marathon in two to five seconds. It is a remarkable just-in-time process. All secretions that need to be together are forwarded just at the right time. The sperm leave their storage site called the epididymis and travel up, with the seminal vesicles and the prostate contracting and adding their juices. When the seminal vesicles contract and contribute the bulk of semen, the sperm are propelled out.
In fertile men the sequence in which the accessory glands contribute their secretions to the ejaculate is fixed:
• the bulbourethral glands secrete an alkaline solution with glycoproteins that neutralizes urinary tract acidity and lubricates the tract before ejaculation;
• the prostate, epididymis and vasa deferentia contract together, discharging sperm and prostatic secretions;
• finally the seminal vesicles contract and expel the pellet of spermatozoa to the urethra with their secretions before forceful expulsion to the outside;
• prostatic fluid is emitted first (pre-ejaculatory fluid);
• the sperm-rich fraction contains prostatic, bulbourethral and epididymal fluids and is produced in 3-6 jets;
• the last portion of the ejaculate comes from the vesicular glands and is gelatinous in nature (the so-called gel fraction). Coagulation of semen occurs as a result of interaction of a zinc-binding protein from the seminal vesicles (semenogelin I), which combines first with the spermatozoa and then with zinc from the prostate to immobilize the spermatozoa in a semisolid seminal clot.
A small sample study of seven men showed an average of 7 spurts of semen (range between 5 and 10) followed by an average of 10 more contractions with almost no semen expelled (range between 5 and 23). Larger semen volumes resulted from additional pulses of semen rather than larger individual spurts. While a man during his ejaculation comes through all his orgasmic contractions, during his multiorgasmic session he combines all this contractions into one total drawing. So, he doesn't expel so much of his semen at once. Totally one or two teaspoons of semen (a white or yellow fluid) comes out of the ejaculating penis.
During multiorgasmic response the number of semen pulses is reduced to one (or very rarely two) and the volume of expelled semen is usually very low, though it may be voluntarily regulated by a multiorgasmically trained man. It's the only way to tailor the amount of semen ejaculated, otherwise the entire event is not readily controllable by conscious effort.
The ejaculated semen can simply drop, but if the man a little older (14, 15 or more years), it can come out with force, and maybe go to some distance in the air. Alfred Kinsey measured the distance of ejaculation in some hundred of men. In three-quarters of orgasmic or multiorgasmic men, the semen exuded from the penis. In other males the semen may be propelled from a matter of some inches (5-12 cm) to a foot or two (30-60 cm), or even as far as five or six (rarely eight) feet (1,5-2-2,5 m). Masters and Johnson report ejaculation distance to be not greater than 30-60 cm (1-2 ft). It is estimated that the entire batch of ejaculate -- which can contain 300 million sperm -- is expelled from the male body at an average speed of 17 kilometers (10.6 miles) per hour (a city bus moves at about of 25 miles per hour). Distance of ejaculation however, has nothing to do with sexual functioning, as during penetration of penis in vagina the distance of ejaculation plays no role. Dribbling of semen from the penis is usually sufficient for impregnation. The ascent of sperm to the uterus is facilitated primarily by uterine rhythmical contractions at mid-estrus cycle. When the sperm reaches the egg and fertilization can occur, only then the sperm throws itself into the job head-first.
Intriguingly, the male genital system has two sets of muscles which are players in ejaculation. There is an internal and an external urinary sphincter. The internal muscle closes during ejaculation so semen is propelled out through the urethra and not inwards into the bladder. Why have two sets of muscles? It is essentially like wearing a belt and suspenders. Lions, for example, can squirt their urine quite spectacularly, for distances of up to 30 feet (7,5 m). What they do is essentially build up pressure between these two sets of muscles and then fire away.
Lions need no training; they just know how to do this well. Men can train for this type of sport. At any rate, they have the muscle set-up for the task and could use it to propel urine further or squirt semen further or more forcefully. I learnt this art when was a boy. Me and my friends held competitive peeing matches to see who could send urine the furthest. I didn't topple the lion's record, but for my further multiorgasmic practice that experience happened to be very helpful.
Chefs note: To ejaculate a man doesn't need to have hard up or even any kind of erection. Though to churn his semen dry and to provide full multiorgasmic responses he needs the heavy developed erected phallus. The stronger his balanced arousal the more effective and healing he is as a multiorgasmic man.
Chefs note: Usually women feel unsatisfied when their beloved man doesn't ejaculate. In his ejaculation they find out for themselves a powerful source of vitality, fun and joy. What's for a man is needed without his fabulous milk? So women would try to make their man to ejaculate by all means. Although, when they discover, that incomparably much more vitality, fun and joy they get of male man's multiorgasmic churning to dry, they change their milking approach to their man and achieve a significant progress in that way.
— Post-ejaculatory chill
— Multiorgasmic deal
