fission definition

  • noun:
    • The work or process of splitting into components.
    • A nuclear response for which an atomic nucleus, specifically much nucleus such as for instance an isotope of uranium, splits into fragments, usually two fragments of similar size, releasing from 100 million to several hundred million electron volts of power.
    • Biology An asexual reproductive procedure which a unicellular system divides into a couple of by themselves maturing child cells.
    • The act or process of splitting into parts.
    • The act or procedure for splitting into parts.
    • A nuclear effect where an atomic nucleus, particularly huge nucleus such an isotope of uranium, splits into fragments, generally two fragments of comparable mass, releasing from 100 million a number of hundred million electron volts of energy.
    • The process wherein one item splits to become two.
    • The act or procedure of splitting into parts.
    • Biology An asexual reproductive process for which a unicellular system divides into several on their own maturing child cells.
    • A nuclear response for which an atomic nucleus, particularly a heavy nucleus particularly an isotope of uranium, splits into fragments, frequently two fragments of comparable size, releasing from 100 million to several hundred million electron volts of power.
    • The process of splitting the nucleus of an atom into smaller particles; nuclear fission
    • A nuclear reaction by which an atomic nucleus, particularly much nucleus including an isotope of uranium, splits into fragments, frequently two fragments of similar size, releasing from 100 million to many hundred million electron volts of energy.
    • The act or means of splitting into components.
    • The process in which a bacterium splits to create two girl cells.
    • Biology An asexual reproductive procedure where a unicellular system divides into a couple of independently maturing girl cells.
    • Biology An asexual reproductive procedure which a unicellular organism divides into a couple of by themselves maturing child cells.
    • A nuclear reaction in which an atomic nucleus, particularly much nucleus such as for example an isotope of uranium, splits into fragments, usually two fragments of comparable size, releasing from 100 million to many hundred million electron volts of energy.
    • Biology An asexual reproductive procedure where a unicellular system divides into several individually maturing child cells.
    • the method whereby one product splits to be two.
    • the method whereby one item splits to be two.
    • A cleaving, splitting, or splitting up into components.
    • the procedure wherein one item splits in order to become two.
    • the entire process of splitting the nucleus of an atom into smaller particles; atomic fission
    • the entire process of splitting the nucleus of an atom into smaller particles; atomic fission
    • an approach of asexual reproduction among the list of cheapest (unicellular) organisms in the form of a procedure of self-division, composed of steady unit or cleavage of the into two components, all of which then becomes an independent and separate organisms; as when a cell in an animal or plant, or its germ, goes through a spontaneous unit, while the components once more subdivide. See Segmentation, and Cell division, under Division.
    • the method through which a bacterium splits to make two child cells.
    • The process by which a bacterium splits to make two child cells.
    • The process of splitting the nucleus of an atom into smaller particles; nuclear fission
    • The process whereby one product splits in order to become two.
    • a procedure in which certain coral polyps, echinoderms, annelids, etc., in an instant subdivide, each individual therefore developing several new people. See Strobilation.
    • The process through which a bacterium splits to create two girl cells.
    • The process of splitting the nucleus of an atom into smaller particles; atomic fission
    • The act or procedure for disintegration of an atomic nucleus into two or more smaller pieces; called in addition atomic fission. The process might natural or caused by capture of neutrons or any other smaller nuclei, and often continues with evolution of energy.
    • the method by which a bacterium splits to form two child cells.
    • The work of cleaving, splitting, or splitting up into components.
    • A cleaving, splitting, or splitting up into parts.
    • In biology, the automatic unit of a cell or a completely independent organism into brand-new cells or organisms; particularly, such unit as a process of multiplication or reproduction. In addition fissuration. See cut under Paramecium.
    • A cleaving, splitting, or splitting up into parts.
    • an approach of asexual reproduction among the list of cheapest (unicellular) organisms by way of a process of self-division, comprising progressive division or cleavage of this into two components, every one of which in turn becomes another and separate organisms; as when a cell in an animal or plant, or its germ, undergoes a spontaneous division, and also the parts once more subdivide. See Segmentation, and Cell division, under Division.
    • a nuclear response which a massive nucleus splits into smaller nuclei using multiple launch of energy
    • a technique of asexual reproduction among the list of most affordable (unicellular) organisms in the shape of an ongoing process of self-division, composed of progressive division or cleavage of into two parts, each of which then becomes a separate and separate organisms; as when a cell in an animal or plant, or its germ, undergoes a spontaneous division, and the parts once again subdivide. See Segmentation, and Cell unit, under Division.
    • an activity where particular red coral polyps, echinoderms, annelids, etc., spontaneously subdivide, every person therefore developing several brand new people. See Strobilation.
    • reproduction of some unicellular organisms by division associated with mobile into two just about equal parts
    • A cleaving, splitting, or breaking up into parts.
    • A cleaving, splitting, or splitting up into components.
    • a procedure by which specific red coral polyps, echinoderms, annelids, etc., spontaneously subdivide, every person hence creating several brand new people. See Strobilation.
    • The work or process of disintegration of an atomic nucleus into a couple of smaller pieces; called in addition nuclear fission. The procedure may be spontaneous or induced by capture of neutrons or any other smaller nuclei, and in most cases continues with development of energy.
    • The act of cleaving, splitting, or splitting up into parts.
    • The work or process of disintegration of an atomic nucleus into a couple of smaller pieces; labeled as also atomic fission. The procedure is spontaneous or caused by capture of neutrons or other smaller nuclei, and often proceeds with evolution of energy.
    • A method of asexual reproduction among the most affordable (unicellular) organisms in the shape of a process of self-division, comprising steady unit or cleavage of the into two parts, every one of which in turn becomes a different and separate organisms; as whenever a cell in an animal or plant, or its germ, undergoes a spontaneous unit, plus the components once more subdivide. See Segmentation, and Cell division, under Division.
    • A method of asexual reproduction on the list of lowest (unicellular) organisms in the form of an activity of self-division, consisting of progressive unit or cleavage associated with the into two parts, all of which in turn becomes an independent and separate organisms; as when a cell in an animal or plant, or its germ, goes through a spontaneous unit, in addition to parts again subdivide. See Segmentation, and Cell unit, under Division.
    • In biology, the automatic unit of a cell or an unbiased system into brand new cells or organisms; especially, these types of division as an ongoing process of multiplication or reproduction. In addition fissuration. See cut-under Paramecium.
    • The act of cleaving, splitting, or breaking up into components.
    • a procedure through which particular coral polyps, echinoderms, annelids, etc., in an instant subdivide, every person thus creating several brand-new people. See Strobilation.
    • an activity by which specific red coral polyps, echinoderms, annelids, etc., spontaneously subdivide, every person therefore creating two or more brand-new ones. See Strobilation.
    • In biology, the automatic division of a cell or an unbiased organism into new cells or organisms; especially, such unit as an ongoing process of multiplication or reproduction. Additionally fissuration. See cut-under Paramecium.
    • a nuclear response where a huge nucleus splits into smaller nuclei because of the multiple launch of energy
    • The act or means of disintegration of an atomic nucleus into a couple of smaller pieces; labeled as additionally nuclear fission. The method might spontaneous or caused by capture of neutrons or other smaller nuclei, and in most cases proceeds with evolution of power.
    • a nuclear response in which an enormous nucleus splits into smaller nuclei using the multiple release of power
    • reproduction of some unicellular organisms by unit of this cell into two more or less equal parts
    • The act or procedure for disintegration of an atomic nucleus into a couple of smaller pieces; labeled as additionally nuclear fission. The process could be natural or induced by capture of neutrons or any other smaller nuclei, and usually continues with evolution of power.
    • The work of cleaving, splitting, or breaking up into components.
    • reproduction of some unicellular organisms by unit regarding the cellular into two pretty much equal components
    • The act of cleaving, splitting, or splitting up into components.
    • In biology, the automated unit of a cell or an independent organism into new cells or organisms; specially, these types of division as an ongoing process of multiplication or reproduction. Additionally fissuration. See cut under Paramecium.
    • In biology, the automatic division of a cell or an independent organism into new cells or organisms; especially, such division as a process of multiplication or reproduction. Also fissuration. See cut under Paramecium.
    • a nuclear reaction by which a massive nucleus splits into smaller nuclei using the simultaneous release of power
    • reproduction of some unicellular organisms by division of the cell into two almost equal parts
    • a nuclear response where a massive nucleus splits into smaller nuclei using the multiple launch of power
    • reproduction of some unicellular organisms by unit of the mobile into two almost equal components
    • The work or procedure of splitting into parts.
    • The act or procedure for splitting into components.
    • The act or means of splitting into components.
    • A nuclear reaction which an atomic nucleus, specifically much nucleus such as for instance an isotope of uranium, splits into fragments, typically two fragments of comparable size, releasing from 100 million to several hundred million electron volts of power.
    • A nuclear reaction which an atomic nucleus, specially much nucleus such as an isotope of uranium, splits into fragments, usually two fragments of comparable mass, releasing from 100 million a number of hundred million electron volts of power.
    • A nuclear reaction in which an atomic nucleus, specially much nucleus including an isotope of uranium, splits into fragments, typically two fragments of comparable size, releasing from 100 million a number of hundred million electron volts of energy.
    • Biology An asexual reproductive procedure where a unicellular organism divides into two or more separately maturing daughter cells.
    • Biology An asexual reproductive procedure in which a unicellular system divides into a couple of independently maturing child cells.
    • The work or procedure for splitting into components.
    • Biology An asexual reproductive procedure where a unicellular system divides into two or more by themselves maturing child cells.
    • A nuclear response where an atomic nucleus, specifically much nucleus particularly an isotope of uranium, splits into fragments, typically two fragments of comparable mass, releasing from 100 million to several hundred million electron volts of power.
    • Biology An asexual reproductive procedure in which a unicellular organism divides into several separately maturing daughter cells.
    • the procedure whereby one product splits in order to become two.
    • The process wherein one item splits to become two.
    • the entire process of splitting the nucleus of an atom into smaller particles; atomic fission
    • the method wherein one product splits to be two.
    • the entire process of splitting the nucleus of an atom into smaller particles; atomic fission
    • The process of splitting the nucleus of an atom into smaller particles; atomic fission
    • The process in which a bacterium splits to make two child cells.
    • The process by which a bacterium splits to make two daughter cells.
    • the procedure wherein a bacterium splits to create two child cells.
    • A cleaving, splitting, or breaking up into components.
    • the method whereby one product splits in order to become two.
    • A cleaving, splitting, or splitting up into parts.
    • The process of splitting the nucleus of an atom into smaller particles; atomic fission
    • an approach of asexual reproduction among the lowest (unicellular) organisms in the shape of a procedure of self-division, composed of progressive division or cleavage of this into two components, all of which in turn becomes another and separate organisms; as when a cell in an animal or plant, or its germ, undergoes a spontaneous unit, as well as the parts once again subdivide. See Segmentation, and Cell division, under Division.
    • A cleaving, splitting, or separating into components.
    • The process by which a bacterium splits to form two daughter cells.
    • a technique of asexual reproduction on the list of least expensive (unicellular) organisms in the shape of a procedure of self-division, consisting of progressive division or cleavage of into two parts, all of which then becomes a separate and independent organisms; as whenever a cell in an animal or plant, or its germ, undergoes a spontaneous division, and the parts once again subdivide. See Segmentation, and Cell division, under Division.
    • A process in which particular coral polyps, echinoderms, annelids, etc., in an instant subdivide, every person therefore developing two or more new people. See Strobilation.
    • The work or procedure of disintegration of an atomic nucleus into a couple of smaller pieces; called additionally nuclear fission. The procedure are natural or induced by capture of neutrons or other smaller nuclei, and usually proceeds with advancement of power.
    • The act of cleaving, splitting, or separating into parts.
    • A cleaving, splitting, or breaking up into components.
    • an approach of asexual reproduction among the list of lowest (unicellular) organisms in the form of a process of self-division, comprising gradual unit or cleavage associated with the into two parts, each of which then becomes another and separate organisms; as whenever a cell in an animal or plant, or its germ, goes through a spontaneous unit, while the components once again subdivide. See Segmentation, and Cell division, under Division.
    • an activity where certain coral polyps, echinoderms, annelids, etc., spontaneously subdivide, every person therefore creating two or more brand new people. See Strobilation.
    • The act or procedure for disintegration of an atomic nucleus into a couple of smaller pieces; labeled as additionally atomic fission. The process may be natural or caused by capture of neutrons or other smaller nuclei, and usually proceeds with development of power.
    • The work of cleaving, splitting, or splitting up into parts.
    • In biology, the automatic division of a cell or a completely independent organism into brand-new cells or organisms; specifically, such division as an activity of multiplication or reproduction. Additionally fissuration. See cut-under Paramecium.
    • a nuclear effect in which an enormous nucleus splits into smaller nuclei with all the multiple launch of power
    • reproduction of some unicellular organisms by division of the cell into two pretty much equal components
    • a way of asexual reproduction on the list of most affordable (unicellular) organisms by way of an ongoing process of self-division, composed of progressive division or cleavage associated with into two components, each of which then becomes a different and independent organisms; as whenever a cell in an animal or plant, or its germ, goes through a spontaneous unit, together with components once more subdivide. See Segmentation, and Cell division, under Division.
    • an activity wherein certain coral polyps, echinoderms, annelids, etc., spontaneously subdivide, each individual thus developing two or more brand-new ones. See Strobilation.
    • The act or procedure for disintegration of an atomic nucleus into two or more smaller pieces; called in addition nuclear fission. The procedure is spontaneous or caused by capture of neutrons or other smaller nuclei, and in most cases continues with evolution of power.
    • In biology, the automatic division of a cell or an independent organism into brand-new cells or organisms; specifically, such unit as an ongoing process of multiplication or reproduction. In addition fissuration. See cut under Paramecium.
    • The work of cleaving, splitting, or separating into parts.
    • a nuclear response by which an enormous nucleus splits into smaller nuclei with the multiple release of energy
    • an activity by which certain red coral polyps, echinoderms, annelids, etc., in an instant subdivide, every person therefore creating two or more new ones. See Strobilation.
    • reproduction of some unicellular organisms by division of the cellular into two almost equal components
    • The act or process of disintegration of an atomic nucleus into a couple of smaller pieces; labeled as also nuclear fission. The procedure could be spontaneous or induced by capture of neutrons or any other smaller nuclei, and often proceeds with advancement of energy.
    • The act of cleaving, splitting, or breaking up into components.
    • In biology, the automatic division of a cell or an unbiased organism into new cells or organisms; particularly, these types of unit as an activity of multiplication or reproduction. In addition fissuration. See cut under Paramecium.
    • a nuclear response for which an enormous nucleus splits into smaller nuclei aided by the multiple release of power
    • reproduction of some unicellular organisms by division regarding the cellular into two just about equal parts
    • In biology, the automatic division of a cell or an independent organism into brand-new cells or organisms; especially, such division as a procedure of multiplication or reproduction. In addition fissuration. See cut-under Paramecium.
    • a nuclear effect by which a huge nucleus splits into smaller nuclei using the multiple launch of power
    • reproduction of some unicellular organisms by unit for the cellular into two pretty much equal components
  • verb-transitive:
    • resulting in (an atom) to undergo fission.
    • To cause (an atom) to endure fission.
    • To cause (an atom) to undergo fission.
    • To cause (an atom) to undergo fission.
    • To cause (an atom) to endure fission.
    • To cause (an atom) to undergo fission.
    • To cause (an atom) to undergo fission.
    • To cause (an atom) to undergo fission.
    • resulting in (an atom) to undergo fission.
  • verb-intransitive:
    • To undergo fission.
    • To undergo fission.
    • to endure fission.
    • to endure fission.
    • to endure fission.
    • to endure fission.
    • to endure fission.
    • to endure fission.
    • To undergo fission.
  • verb:
    • To cause to endure fission.
    • to endure fission.
    • resulting in to endure fission.
    • resulting in to undergo fission.
    • To undergo fission.
    • To undergo fission.
    • resulting in to endure fission.
    • resulting in to undergo fission.
    • To undergo fission.
    • To undergo fission.
    • To cause to endure fission.
    • To cause to endure fission.
    • resulting in to undergo fission.
    • to endure fission.
    • to endure fission.
    • To undergo fission.
    • To cause to endure fission.
    • To undergo fission.

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