Circuit design:
The main purpose is design a circuit for discharge a condensers bank for tap energy in the nuclear reaction performed in a pure carbon rod with the following dimensions:

长度= 60毫米
Diameter = 6 millimeters

然后,碳棒的体积将是1,7cm3,在碳棒内部的初始核激活过程中的所需能级中考虑的值,在碳棒上的初始核激活过程中,在输出中的较大量更加启动能量和更多的能量,这是因为用于你的碳棒可以是不同的尺寸,也可能没有纯碳棒,如果棒不纯净的计算可以接近纯度,最好使用超出能量而不是使用值沿着最小的起始所需的这种尺寸值对于1931年建成的电动车中的尼古拉特斯拉相同,这是这种尺寸。现在用于设计其他参数,我们必须知道什么

碳棒的电阻= 0,18欧姆
冷凝器库的电压使用= 37伏特DC

And so, we can see a peak of current in the condenser discharge of a maximal current of 37 / 0,18 = 206 Amperes , value for consideration in the choice of the power Fet can support that short pulses of current, the true value of the discharge current peak will be more because the parallel resistance added for the electrode reduce the initial resistance of the carbon rod.

For get the energy of the beta radiation o or high energy electrons I use a toroid wired of

the following way
直径= 6毫米
Number of turns = 300 , with wire of 0,5 mm of diameter
偏振磁场= 135高斯
环形和杆的形状如图所示:

Econuclear-system

我们可以在图2的背景下看到并联的电容器,每次80000微球,环形核在金属纸上隔离,警告辐射逸出的碳棒的体积建立了开始核反应的最小能量,值我们可以计算,因为我是37伏的直流电源,即冷凝器银行的说明充电电压和如前所述的总容量是160000 microfarad。

The condensers bank I was using don’t was electrolytic, I use Mylar condensers, 2 condensers of 80000 micro Farads each, I suggest not use electrolytics, each condenser support until 50 V DC each, however we can work with others voltages and others capacity values, the formula for the energy stored in a condenser is

Econuclear-system-1
其中C是Farads和V负载电压的容量,那么我们可以看到更多的影响变量是电压v,就是说,如果我们将电压加倍,则可以获得某个能级的容量将减少4次,或者我们使用10倍的初始电压容量将减少100倍,因此如果我们使用高电压,容量将会缩短,则限制在电压中可以驱动电源晶体管所使用的,因为它支持的原因Tesla使用真空管高电压,并且可以用作冷凝器或晶体管,在这种情况下,我们必须保持以下比例:

Econuclear-system-2

也就是说,存储在这个冷凝器银行的能量约为109焦耳,在下文中,我们可以看到一个桌子的电压和容量的电压,并且您可以根据您的资源选择最佳选择

Case 容量(微法) 电压(伏特)
1 1521200 12.
2 3.8.0300 24.
3. 87620. 50.
4. 21920 100
5. 9740. 150.
6. 228.0 3.11
7. 7.6.0 5.4.0

For the case 5 is like connect a condensers bank to an electrical net of 110 VAC, the case 6 is for a net of 220 VAC, and the case 7 for the voltage between the lines or phases in a triphase system of 220 VAC for phase and 380 VAC between the lines.

If we call VOL to the volume of the carbon rod in cm3, he value of the condenser the value estimated for this table must be multiplied for the factor

Econuclear-system-3

For example if we connect in a 311 VDC system this device and the carbon rod volume was the half of the original, that is say , F = 0,5 and then the absolute value of the condensers will be 1140 micro farads

Circuit design:
In this case I was using a transformer of 24 VAC , 3 amperes with rectifier for get the 37 VDC output, I put a resistance in series of 10 Ohms, 1 watt, with the purpose of limit the charge current and don’t destroy the transformer as in this picture

Econuclear-system-4

连接到电网或其他外部源的该电路是用于缩小电容器的预充电,该思想是用该电荷和能量启动电路的,使用的整流桥为100 Vdc,5安培等,为电压器充电通过按下PS1的短时间,它得到完全充电,在这种情况下,有5秒是正确的,因为这里的时间常数为约2秒,所使用的0,16微法约为。

The power delivered in watts of our precharge source can be of ANY value, that is say, we can charge our condensers bank from a power source of MILIWATTS, I have used a power source here about 70 watts rms for the precharge, but is possible you can use a little battery AA of 1,5 V and a circuit for raise the voltage output, the time charge will be large, but you can see here miliwatts for input and kilowatts for output.

当电容器充电时,它连接到主电路时,将系统启动,如下所示

Econuclear-system-5

图中的翻译是:

Al Circuito de Precarga =预充电电路
巴拉卡尔巴恩=碳棒
Toroide = Toroid transformer
A la carga = To the output load

The circuit show a pulser switch start the process, previous activation of the switch SW1 for disconnect the precharge circuit to this circuit of discharge with the Fet transistor, I use the Fet IRF3205 for the condenser discharge overdimensioned for sure the needed current pulse of 260 A and I have estimated an excess of 100 A, this transistor support pulses up to 390 Amperes, an adequate value for the 320 Amperes measured , the discharge carbon rod, the toroid and his polarization circuit generates the field current for the magnetic dipole alignment inside of the carbon rod and trap the electrons at the same time, the polarization circuit is powered from the same discharge condenser for get charged a secondary internal power source of 12 VDC.

The resistive trimmer of 1 Kilo Ohm is of 1 watt and of the wired type, for control and measurement the field current I do many tests with severals values of the field current until get the optimal output.

The output load is connected with a more diameter wire to the same output polarization of the toroid with a diode for stop a return of the output power to the polarization circuit.

启动系统:

碳棒-螺旋管电极亩的组件t be enclosed in a box of good insulation using concrete or other material and let the output electrical terminals for sure caution for radiation escape is beta radiation in this case, is recommended use a radiation meter for the best health of the people work in this buildings.

冷凝器通过碳棒的第一放电我们可以在环形中看到以下波形的电压输出。

Econuclear-system-6

Voltaje salida toroide = Output voltaje in the toroid

使用具有存储器保持的便携式数字示波器获得波形,Fluke 123获得。

Of the same way, if there is not polarization current for the toroid the wave form for the voltage output in the toroid is as the following

Econuclear-system-7

We can see the pulse is too large and of less amplitude.

Econuclear-system-8

与此同时,当前的碳棒measured and there is a peak of 320 Amperes with the same wave form and pulse duration of 1660 microseconds with the toroid energized and that wave form of current we can see in the following.

microssgundos =微秒

NO = Not , there is not polarization current for the toroid SI = Yes , there is polarization current for the toroid

The red curve show the discharge current for the carbon rod with the toroid energized, and the blue curve the same current but with the toroid without polarization current, the labels NO and SI is for show if there is or not current for the toroid.

我们可以解释该州的事实,因为在206安培的开始估计的圆锥接触的串联电阻中,电流与碳棒串联的电线有臭名昭着的电线不是用于碳棒内部的核反应过程的冷凝器的典型指数放电波形,并且电子过量维持电流的时间。通过使用具有880欧姆电阻的电阻1143匝的环形连接,用电流互换器测量电流。

This configuration according to the turns ratio in the main toroid delivers a power output of 5488 watts rms with the polarized toroid as will be shown in the following.

在简历中,对于我们之前看到的调配,如果我们取消环形极化,我们做了相同的戒指,我们会看到一个时序脉冲的时间缩短到1330微秒,峰值电压达到高达100伏,杆中的电流是减少到130安培峰值,所获得的当前数据我们可以做一个方功率升高并乘以碳棒的电阻并乘以时间,并且我们在这两种情况下都会在杆中获得能量计算,处理结果是以下

Econuclear-system-9

The energy scale is reduced in a factor of 100 for the digital signal processing , that is say, the real values of energy of the picture is multiply for 100 that graphic data, for example the peak of the stored energy in the carbon rod without polarization in the toroid is about 6 Joules and the peak with the polarized toroid is about 37 Joules.

为了计算该系统的传递功率,我们必须使用平均值,即如果我们计算能量的平均值,并且我们为每个脉冲的脉冲宽度执行划分,我们将在瓦特的负载中获得有效功率,在数字模式下处理图形数据以进行集成,并计算每种情况下的平均值,并且我们有

Econuclear-system-10

That is say, in the normal discharge of the condensers bank there is a power output of 1613 watts with the nuclear reaction without polarization in the toroid and there is not output power useful because the beta rays loose and there is not sucking of free electrons, but when there is polarization there is a power output 4 times the initial value, and there is energy gain and power gain, the power gain is about 3,4 but the energy gain is about.

2,66当环形偏振时,在3875瓦的功率输出中有超过4,46焦耳的电力输出,在其他视图中,环形极化的时间间隔所需的功率和能量也是如此对于测量和计算的这个值很少,这不是关于我们可以使用Miliwatts充电的初始描述,在这里我们看到一个充电过程可以是Miliwatt和千瓦的放电过程,这不是能量不一致存储在冷凝器中可以在短时间内排出,但充电过程可以在时间过长地运送。

所有这些都是用数字示波器测量的,该仪器可以仪表并保持其存储器波形的电压和电流,如这里所示,作为能量图形的其他数字过程被获取为仪器的RS232端口和用于排序和处理数据的软件。所有这一切都可以在任何实验室中轻松测量和测试您可以选择的碳棒,注意实验结果与初始计算或扣除匹配,脉冲持续时间在RC顺序中,其中R是杆电阻和C de Condensers银行能力。

Now, this energy amplification factor of about 3,5 times , as always DON’T violates the energy conservation law because in the carbon rod there is an internal energy output and the sum of the energies before and after is always the same like an explosive when we start the explosion using a little activation energy, and this fact for more energy in the output than in the input make possible a feedback or closed loop operation or autopowered operation for stable output, however before of build the closed loop stage is recommended build the basical discharge pulse test for sure all is right.

If we want more power, more kilowatts in the output we must use more carbon mass , in this test I use only 1,7 cm3 of carbon volume, if we think there is 8 KW of useful power for each gram of carbon used the power levels we can get is too big.

对于闭环操作,在这种情况下,我们必须比电源输入的条件需要1613瓦,然后输出功率我们必须这样做的电力,我们有3875瓦的可用电量,但在我们必须构建基本放电电路之前这里显示了所有工作所做的,一种实用的方法是使用LM555测量环形输出中的电压,并使用LM555调整脉冲宽度井井,但在我们必须确定放电过程之前是最佳的。

Resume:
The discharge to the carbon rod without polarization in the toroid get the nuclear reaction in the internal structure of the rod, but as there is not alignment of the magnetic dipoles inside of the rod there is not a coherence in the electrons emissions for sum electrons to the electrical current in the carbon rod and there is not the necessary acceleration of the electrons inside of the carbon rod like the cathodic rays in a TV monitor , remember electrons inside of a conductor moves too slow and here we need a big speed added for the capacitor bank discharge and the polarization magnetic field of the toroid get an acceleration effect.

Testings and meditions shown here are for a first cycle of starting of the device, the closed loop operation is obvious, but here is not shown because is not practical, you will have a setup not equal to the used here, for that reason is than you build his discharge setup and get his parameters measurements for get the best values of feedback timings and the feedback power. The device is portable because one time is required for the start of the system and since the system is precharged it is portable and can start in any place and weather condition and any transportation conditions.

对于完成,我们不仅可以使用固体等离子体,气管中的放电可以获得相同的结果而没有磁极化,因为初始起始放电冷凝器组的电力返回,霓虹灯管是一种选择。更多关于以下电子邮件的问题[电子邮件受保护][电子邮件受保护]See: http://jlnlabs.imars.com/vsg/vsg35.htm