C520/just-cause-2-video-games-photo-1.jpg' alt='Download Just Cause 2 Highly Compressed' title='Download Just Cause 2 Highly Compressed' />Spotlight Finally on Miralax Judy Tsafrir, M. D. Reading the preceding posts made me weep, bitterly, for my children, and myself, and you and all your children if your child is having gastrointestinal issues that arent responding to the treatment your doctor recommends, please pay careful attention We have four children, ages 2. When our 1. 0 year old son was seven, he experienced an abrupt change to his stooling habits specifically, he suddenly began soiling his pants, and it black and smelled toxic. My husband and I didnt even know what to make of it, for he had been potty trained normally like the rest, and he was otherwise normal behaviorally. He also experienced episodes of acute abdominal pain and vomiting. QekdehQosoM/UNdhY6xqs-I/AAAAAAAABAc/top39gk2i7s/s1600/GTA_IV.jpg' alt='Just Cause 2 Highly Compressed' title='Just Cause 2 Highly Compressed' />Just Cause 2 Highly Compressed 10mbWindows builtin compression utility wins on easeofuse because it just works. You can compress folders by rightclicking them and selecting the appropriate. In case you didnt know this yet, compressed air is pretty awesome. With simple mechanical systems pumps energy can be stored and used for an infinite a. Recent FDA Warning Letters have cited insufficient corrective and preventive action CAPA programs as major compliance weaknesses. How does one ensure one s CAPA is. I thought he might be constipated and gave him some chewable Pedialax, which had no effect. I took him to our family doctor, whom we had selected from a list of providers based on proximity to our home since he was in family practice, I selected him to be our familys doctor, and I never had any complaints with him prior to this. When I told him what was going on with our son though, he said it was constipation, and suggested I give him Mira. LAX. So I did, and it affected no change other than making our son very nauseous. We continued with this for a time, and of course all the while, the warning label on the box had me worried do not use for more than seven days, not recommended for use in children, if this product fails to produce a bowel movement or causes cramps and pain, discontinue use. Those types of things, and I wondered if I should continue to give it. So, we went back to the doctor, who very breezily explained to me that our son had childhood fecal retention disorder, that he was holding in his poop because he had suddenly become afraid to poop, and he directed me to give our son a dose of Mira. LAX in the morning and a dose of Dulco. LAX at night. This diagnosis really irked me, and I just really knew that it was wrong. But I went ahead and did what the doctor orderedagain, with seemingly no effect, no change, no improvement. I would bring our son back to the doctor several times sometimes, I would take him to the urgent care facility, and no one could tell me what to do. The suggested remedies become more invasive as I tried suppositories and then enemas, following the doctors instructions nothing worked. The soiling continued, requiring our son to wear pull up pants every day. This basically went on for nearly three years, and when I questioned it, the doctor continued to ascribe a behavioral cause for our sons symptoms. I, too, was told to increase the amount of Mira. LAX, and that he might have to take it for the rest of his life. My research indicated that the symptom of black stools is either because of an iron rich diet, bismuth medications, or bleeding in the small bowel it also indicated humans cannot exert any control over the small bowel. We asked our son to describe what was going on of course, since the topic was all about poop, he was embarrassed and hesitant to talk about itbut also because it was difficult for him to find the words to accurately explain what he felt was going on inside of himafter all, hes still a child, not Doogie Howser, MD. My son and I arewere very close, I loved him so much, we had such a good relationship, we had a very close bond. All I wanted for our son was for him to feel better and to go back to how he had been before this suddenly happened to him. By now, he was getting ready to enter the fifth grade, and after that its middle school, and I just wanted him to be free of this health complaint. We agreed that the next time he had acute abdominal pain, we would go to the emergency room at the hospital so they could look at it with all their diagnostic machines and whatnot and figure out once and for all what was wrong and fix it. When it happened again, I took him to the local Childrens Hospital. They asked, what brought you here today and as I began to provide the history and describe my sons symptoms they began to look at me funnyquizzical and skeptical. They decided to admit him, and that was the beginning of 1. Hell. They ignored everything I said, putting him on a clear liquid diet and literally pumping Go Lytely into him to clean him out. He got so sick, vomiting ceaselessly, and still no poop. ATLAS is an incredible machine. Theres no way around that. Drawings X5 Pro. First unveiled in 2013, the humanoid robot can now walk around autonomously, move boxes around, and. You have not yet voted on this site If you have already visited the site, please help us classify the good from the bad by voting on this site. Occasionally, they would ask me what hadworked, and I told them a milk and molasses enema. They jumped on it, and administered a rapid succession of enemas, and my son was in so much pain and so sick, and nothing worked to clean him out, there was still so much stool inside of him according to the x rays. The decided to do a manual disimpaction, believing that a lump of hard stool must be blocking things upbut that was not the case either. They subjected him to an endoscopy that was justI dont know. It was so ggressivewhen they couldnt get it to go down past this one section of him stomach, they just kept trying to force it through, and it didnt work. My son got so sick as they poke and prodded him everywhere in every way, trying to force the laxatives down, even though I had already explained that none of the oral laxatives had any effect. My son lost so much weight the staff kept urging me to leave the hospital for some me time and I didnt want to leave his side, I was just so afraid of him. The hospital assigned a social worker to us, a do do bird who shadowed us everywhere we went. I did not fee free to take my son from the hospital. In the time we were there, my son was placed under general anesthesia four times. When after everything they did my son continued to not respond to therapy as we had anticipated they said he was going to be there for at least five more day and ordered the placement of a PICC line for direct nutrition. This PICC line went straight to his heart. They placed in the after noon of day 1. In the early morning hours of day 1. The nurse rolled her eyes, commenting on his anxiety she put in a call to the doctor, who gave her the go ahead to give our son a dose of Ativan to calm him. And then she pushed the Ativan in and nearly killed him she induced congestive heart failure, and my son almost died right in front of my face, and I will never forget the sight, I will never forget that moment. I cried out that she had overdosed him and she denied that she had, and another nurse led me out of the room and told me if I didnt be quiet and calm down they would prevent me from re entering the room. I assured them that I was perfectly calm and that if my son was going to die, I was going to be sure to watch him go and take note of everything I saw. I spent the next several hours holding my son, so afraid after three hours of babbling and seizures he finally fell asleep. In the morning, those quacks walked into the room all smiles, remarking on how great our son looked, and that they felt it was just a stomach bug and as soon as he passed some stool hed be ready to be discharged I couldnt believe it. Elements of Fission Weapon Design. Back to top of Section 4. Elements of Fission Weapon Design. Dimensional and Temporal Scale Factors. In Section 2 the properties of fission chain reactions were described using two simplified mathematical models the discrete step chain reaction, and the more accurate continuous chain reaction model. A more detailed discussion of fission weapon design is aided by introducing more carefully defined means of quantifying the dimensions and time scales involved in fission explosions. These scale factors make it easier to analyze time dependent neutron multiplication in systems of varying composition and geometry. These scale factors are based on an elaboration of the continuous chain reaction model. It uses the concept of the average neutron collision which combines the scattering, fission, and absorption cross sections, with the total number of neutrons emitted per fission, to create a single figure of merit which can be used for comparing different assemblies. The basic idea is this, when a neutron interacts with an atom we can think of it as consisting of two steps the neutron is absorbed by the collision and. If the interaction is ordinary neutron capture, then no neutron is emitted from the collision. If the interaction is a scattering event, then one neutron is emitted. If the interaction is a fission event, then the average number of neutrons produced per fission is emitted this average number is often designated by nu. By combining these we get the average number of neutrons produced per collision also called the number of secondaries, designated by c. The total neutron mean free path, the average distance a neutron will travel before undergoing a collision, is given by. MFP 1crosstotal N. N is the number of atoms per unit volume, determined by the density. In computing the effective reactivity of a system we must also take into account the rate at which neutrons are lost by escape from the system. This rate is measured by the number of neutrons lost per collision. For a given geometry, the rate is determined by the size of the system in MFPs. Put another way, for a given geometry and degree of reactivity, the size of the system as measured in MFPs, is determined only by the parameter c. The higher the value of c, the smaller the assembly can be. An indication of the effect of c on the size of a critical assembly can be gained by the following table of critical radii in MFPs for bare unreflected spheres. Table 4. 1. 1 1. Critical Radius rc vs Number of Secondaries c. MFP. 1. 0 infinite. If the composition, geometry, and reactivity of a system are specified then the size of a system in MFPs is fixed. From Eq. 4. 1. 1 3 we can see that the physical size or scale of the system measured in centimeters, say is inversely proportional to its density. Since the mass of the system is equal to volumeensity, and volume varies with the cube of the radius, we can immediately derive the following scaling law. C2. That is, the critical mass of a system is inversely proportional to the square of the density. C is the degree of compression density ratio. This scaling law applies to bare cores, it also applies cores with a surrounding reflector, if the reflector is density has an identical degree of compression. This is usually not the case in real weapon designs, a higher degree of compression generally being achieved in the core than in the reflector. An approximate relationship for this is. Cc1. 2 Cr0. Cc is the compression of the core, and Cr is the compression of the reflector. Note that when Cc Cr, then this is identical to Eq. For most implosion weapon designs since Cc Cr we can use the approximate relationship. Cc1. 7. These same considerations are also valid for any other specified degree of reactivity, not just critical cores. Fission explosives depend on a very rapid release of energy. We are thus very interested in measuring the rate of the fission reaction. This is done using a quantity called the effective multiplication rate or alpha. The neutron population at time t is given by. Nt N0alpha. Alpha thus has units of 1t, and the neutron population will increase by a factor of e 2. This interval is known as the time constant or e folding time of the system, tc. The more familiar concept of doubling time is related to alpha and the time constant simply by. Alpha is often more convenient than tc or doubling times since its value is bounded and continuous zero at criticality positive for supercritical systems and negative for subcritical systems. The time constant goes to infinity at criticality. The term time constant seems unsatisfactory for this discussion though since it is hardly constant, tc continually changes during reactivity insertion and disassembly. Therefore I will henceforth refer to the quantity 1alpha as the multiplication interval. Alpha is determined by the reactivity c and the probability of escape, and the length of time it takes an average neutron for a suitably defined average to traverse an MFP. If we assume no losses from the system then alpha can be calculated by. MFPc 1. where tau is the average neutron lifetime between collisions and vn is the average neutron velocity which is 2. Me. V neutron, the average fission spectrum energy. The no losses assumption is an idealization. It provides an upper bound for reaction rates, and provides a good indication of the relative reaction rates in different materials. For very large assemblies, consisting of many critical masses, neutron losses may actually become negligible and approach the alphas given below. The factor c 1 used above is the neutron number, it represents the average neutron excess per collision. In real systems there is always some leakage, when this leakage is taken in account we get the effective neutron number which is always less than c 1. When the effective neutron number is zero the system is exactly critical. Nuclear Properties of Fissile Materials. The actual value of alpha at a given density is the result of many interacting factors the relative neutron density and cross sections values as a function of neutron energy, weighted by neutron velocity which in turn is determined by the fission neutron energy spectrum modified by the effects of both moderation and inelastic scattering. Ideally the value of alpha should be determined by integral experiments, that is, measured directly in the fissile material where all of these effects will occur naturally. Calculating tau and alpha from differential cross section measurements, adjusted neutron spectrums, etc. In the table below I give some illustrative values of c, total cross section, total mean free path lengths for the principal fissionable materials at 1 Me. V, and the alphas at maximum uncompressed densities. Compression to above normal density achievable factors range up to 3 or so in weapons reduce the MFPs, alphas and the physical dimensions of the system proportionately. Table 4. 1. 2 1 Fissile Material Properties. Isotope c crosstotal totalMFP density alpha tdouble. U 2. 33 1. 4. 3 6. U 2. 35 1. 2. 7 6. Pu 2. 39 1. 4. 0 7. Values of c and total MFP can be easily calculated for mixtures of materials as well. In real fission weapons unboosted effective values for alpha are typically in the range 2.