Apparatus for synthesizing nano-particles using electron beam
AssigneeKORENS RTX Co., Ltd.
InventorsJong Min Shin, Dae Soo Yang, Ki Baek Song, Yeong Cheol Yoon, Hyean Yeol Park, So Yeon Lim
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Abstract
An embodiment of the present disclosure relates to an apparatus for synthesizing nanoparticles by irradiating, with an electron beam, a nanoparticle aqueous solution in a reaction vessel provided inside a shielding chamber, and more particularly, to an apparatus for synthesizing nanoparticles, which is capable of preventing radiation generated in a shielding chamber from leaking out, and facilitating maintenance and repair.
Claims20
An apparatus for synthesizing nanoparticles, the apparatus comprising:
- a radiation shielding chamber having a partition wall dividing an inner space thereof and an opening formed on a bottom surface of the inner space;
- an electron beam irradiator formed in the inner space of one side of the partition wall;
- a reactor formed in the inner space of another side of the partition wall;
- a power source unit formed in a lower part of the radiation shielding chamber and including a high-voltage cable passing through the opening;
- a chiller formed in a lower part of the radiation shielding chamber and including a cooler pipe passing through the opening;
- and
- a cable bracket including a lower cap, which has a lower opening formed in a part corresponding to one side of the opening and covers a lower part of the opening, an upper cap, which has an upper opening formed in a part corresponding to another side of the opening and covers an upper part of the opening, and a vertical plate formed between the lower cap and the upper cap,
- wherein the high-voltage cable and the cooler pipe are formed to be in a zigzag pattern in the cable bracket.
An apparatus for synthesizing nanoparticles, the apparatus comprising:
- a radiation shielding chamber having a partition wall dividing an inner space thereof and an opening formed on a bottom surface of the inner space;
- an electron beam irradiator formed in the inner space of one side of the partition wall;
- a reactor formed in the inner space of another side of the partition wall;
- a cable bracket including a lower cap, which has a lower opening formed therein and covers a lower part of the opening, and an upper cap, which has an upper opening formed therein and covers an upper part of the opening;
- a power source unit formed in a lower part of the radiation shielding chamber and including a high-voltage cable passing through the opening through the lower opening and the upper opening;
- and
- a chiller formed in a lower part of the radiation shielding chamber and including a cooler pipe passing through the opening through the lower opening and the upper opening,
- wherein the cable bracket further includes a guide cap formed in an upper part of the upper opening.
An apparatus for synthesizing nanoparticles, the apparatus comprising:
- a radiation shielding chamber having a partition wall dividing an inner space thereof, and an opening and an auxiliary hole formed on a bottom surface of the inner space;
- an electron beam irradiator formed in the inner space of one side of the partition wall;
- a reactor formed in the inner space of another side of the partition wall;
- a cable bracket including a lower cap, which has a lower opening formed therein and covers a lower part of the opening, and an upper cap, which has an upper opening formed therein and covers an upper part of the opening;
- and
- an auxiliary bracket including a lower auxiliary cap, which has a lower opening formed on a bottom surface thereof and covers a lower part of the auxiliary hole, and an upper auxiliary cap, which has a side opening formed on a side surface thereof opposite to a direction corresponding to the partition wall and covers an upper part of the auxiliary hole,
- wherein the cable bracket and the auxiliary bracket are formed of lead or a metal material containing lead.
Dependencies are inferred from the claim text.