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Hammer51cloth: Новая: Traditional pesticides, such as metal phosphide for example, may create hazardous phosphine gas upon decomposition. Because no chemicals are used in radio-frequency treatment there are n...

2013-03-30T17:45:23Z

Новая: Traditional pesticides, such as metal phosphide for example, may create hazardous phosphine gas upon decomposition. Because no chemicals are used in radio-frequency treatment there are n...

Новая страница

Traditional pesticides, such as metal phosphide for example, may create hazardous phosphine gas upon decomposition. Because no chemicals are used in radio-frequency treatment there are no harmful toxins which may be discharged into the surroundings or residues left about the item. Therefore, radio-frequency treatment has no dangerous side effects to customers, or the environment.

Goals

Most bugs which affect stored grain are more resistant than those which normally infest fabrics, museum collections, libraries collections and furniture. The usefulness of radio-frequency therapy on these resistant materials insects might become a guide. If radio-frequency treatment destroys these insects, then the less resistant insects have met exactly the same fate. This removes the requirement to gather insects to be sent to an entomologist for id prior to treatment, an often period and expense eating exercise.

Summary

Checks were performed at Midwest Freeze-Dry, Ltd. to examine the features of making use of radio-frequency waves for insect pest elimination. Exposing bugs in a radio-frequency power field led to one hundred percent kill of the egg, larvae and adult phases of stored product bugs, which underwent testing in the service. Assessments were performed on Sitophilus oryza (Rice Weevil), Plodia interpunctella (Indian Meal Moth), and Tribolium castaneum (Red Flour Beetle).

Criteria: Insect Selection

The three insects are chosen for this experiment were picked because of the problems they produce and the issues encountered in efficient control in the materials sector. The grain weevil (Sitophilus oryza) is the most common cause of problems in the storage of raw grains. This weevil is among the most difficult to kill because it lays its egg in the grain itself and seals it with a waxy plug, making it difficult for fumigants to penetrate. Plodia interpunctella, the Indian Meal moth causes the biggest difficulties in stored products total. Not only does it damage the item, but the cotton webbing which is created by the caterpillars may damage machinery. The red flour beetle (Tribolium castaneum) is the second biggest reason for problems in the saved product industry. Compared to the typical insects which usually infest museum collections, fabrics and furniture, these bugs are tough adversaries.

Materials and Techniques

S. oryza, P. interpunctella and T. castaneum species were received from Insects Limited Incorporated, Indianapolis, Indiana. The ova, larvae and adults (depending on the stage of growth) were moved into Pyrex petri dishes (along with their meals supply). These trials were put into the vacuum chamber sandwiched between four toes of additional substance being handled by Midwest Freeze-Dry, Ltd. The vacuum pressure was pulled to one-quarter atmosphere. The bugs were then confronted with a radio frequency power industry for short pulsations totaling 90 seconds of exposure. Upon removal from the chamber all bugs have been killed; (i.e. no signs of life were discovered). For impartial verification eggs and larvae were delivered to Insects Limited Incorporated to check for further improvement or hatching. Insects Limited affirmed that none happened.

Learn more about pest control [http://diypestandanimalcontrol.blog.com/2011/11/02/tips-on-removing-squirrels-from-attic/ diypestandanimalcontrol.blog.com]

← Предыдущая		Версия 15:56, 26 декабря 2025
Строка 1:		Строка 1:
−	Traditional pesticides, such as metal phosphide for instance, can produce dangerous phosphine gas upon decomposition. Because no chemicals are used in radio-frequency treatment there are no dangerous toxins which may be released into the environment or elements left around the merchandise. Therefore, radio-frequency treatment does not have any harmful side effects to consumers, or the environment.	+	Content removed
−
−	~~Objectives~~
−
−	Most bugs which affect stored materials are more resilient than these which usually infest textiles, museum collections, libraries collections and furniture. The effectiveness of radio-frequency therapy on these resistant grain insects would become a principle. If radio-frequency treatment destroys these bugs, then your less resistant bugs have fulfilled the same fate. This eliminates the necessity to roll up bugs to be delivered to an entomologist for identification prior to therapy, an usually moment and expense eating exercise.
−
−	~~Conclusion~~
−
−	Assessments were conducted at Midwest Freeze-Dry, Ltd. to analyze the capabilities of using radio-frequency waves for pest pest control. Revealing insects in a radio-frequency power field led to 100 per cent kill of the egg, larvae and adult levels of stored product insects, which underwent screening at the facility. Tests were conducted on Sitophilus oryza (Rice Weevil), Plodia interpunctella (Indian Food Moth), and Tribolium castaneum (Red Flour Beetle).
−
−	~~Criteria: Insect Choice~~
−
−	The three insects are selected for this experiment were chosen as a result of the issues they create and the difficulties experienced in successful control in the feed business. The rice weevil (Sitophilus oryza) is the most frequent cause of difficulties within the storage of uncooked grains. This weevil is among probably the most challenging to eliminate because it lays its egg inside the materials itself and seals it with a wax-like plug, making it difficult for fumigants to penetrate. Plodia interpunctella, the Indian Meal moth causes the greatest issues in stored items overall. Not only does it injury the merchandise, but the silk webbing that is made by the caterpillars can damage equipment. The red flour beetle (Tribolium castaneum) is the 2nd largest cause of difficulties in the saved product business. When compared with the common insects which typically infest museum collections, fabrics and furniture, these insects are difficult adversaries.
−
−	~~Materials and Systems~~
−
−	S. oryza, R. interpunctella and T. castaneum species were obtained from Insects Limited Incorporated, Indiana, Indiana. The ova, larvae and grownups (depending on their stage of development) were transferred into Pyrex petri dishes (along with their food source). These examples were put in the hoover chamber sandwiched between four toes of other materials being handled by Midwest Freeze-Dry, Ltd. The vacuum pressure was taken to one-quarter atmosphere. The insects were then subjected to a radio frequency energy field for short pulsations totaling 90 seconds of coverage. Upon removing from the step all insects had been killed; (i.e. no signs of life were observed). For independent verification eggs and larvae were sent to Bugs Limited Integrated to check for any more development or hatching. Insects Limited verified that none occurred.
−
−
−	~~Learn more about pest control [http://diypestandanimalcontrol.blog.com/2011/11/02/tips-on-removing-squirrels-from-attic/ bed bugs removal]~~

@@ Строка 1: / Строка 1: @@
-Traditional pesticides, such as metal phosphide for example, may create hazardous phosphine gas upon decomposition. Because no chemicals are used in radio-frequency treatment there are no harmful toxins which may be discharged into the surroundings or residues left about the item. Therefore, radio-frequency treatment has no dangerous side effects to customers, or the environment.
+Traditional pesticides, such as metal phosphide for instance, can produce dangerous phosphine gas upon decomposition. Because no chemicals are used in radio-frequency treatment there are no dangerous toxins which may be released into the environment or elements left around the merchandise. Therefore, radio-frequency treatment does not have any harmful side effects to consumers, or the environment.
-Goals
+Objectives
-Most bugs which affect stored grain are more resistant than those which normally infest fabrics, museum collections, libraries collections and furniture. The usefulness of radio-frequency therapy on these resistant materials insects might become a guide. If radio-frequency treatment destroys these insects, then the less resistant insects have met exactly the same fate. This removes the requirement to gather insects to be sent to an entomologist for id prior to treatment, an often period and expense eating exercise.
+Most bugs which affect stored materials are more resilient than these which usually infest textiles, museum collections, libraries collections and furniture. The effectiveness of radio-frequency therapy on these resistant grain insects would become a principle. If radio-frequency treatment destroys these bugs, then your less resistant bugs have fulfilled the same fate. This eliminates the necessity to roll up bugs to be delivered to an entomologist for identification prior to therapy, an usually moment and expense eating exercise.
-Summary
+Conclusion
-Checks were performed at Midwest Freeze-Dry, Ltd. to examine the features of making use of radio-frequency waves for insect pest elimination. Exposing bugs in a radio-frequency power field led to one hundred percent kill of the egg, larvae and adult phases of stored product bugs, which underwent testing in the service. Assessments were performed on Sitophilus oryza (Rice Weevil), Plodia interpunctella (Indian Meal Moth), and Tribolium castaneum (Red Flour Beetle).
+Assessments were conducted at Midwest Freeze-Dry, Ltd. to analyze the capabilities of using radio-frequency waves for pest pest control. Revealing insects in a radio-frequency power field led to 100 per cent kill of the egg, larvae and adult levels of stored product insects, which underwent screening at the facility. Tests were conducted on Sitophilus oryza (Rice Weevil), Plodia interpunctella (Indian Food Moth), and Tribolium castaneum (Red Flour Beetle).
-Criteria: Insect Selection
+Criteria: Insect Choice
-The three insects are chosen for this experiment were picked because of the problems they produce and the issues encountered in efficient control in the materials sector. The grain weevil (Sitophilus oryza) is the most common cause of problems in the storage of raw grains. This weevil is among the most difficult to kill because it lays its egg in the grain itself and seals it with a waxy plug, making it difficult for fumigants to penetrate. Plodia interpunctella, the Indian Meal moth causes the biggest difficulties in stored products total. Not only does it damage the item, but the cotton webbing which is created by the caterpillars may damage machinery. The red flour beetle (Tribolium castaneum) is the second biggest reason for problems in the saved product industry. Compared to the typical insects which usually infest museum collections, fabrics and furniture, these bugs are tough adversaries.
+The three insects are selected for this experiment were chosen as a result of the issues they create and the difficulties experienced in successful control in the feed business. The rice weevil (Sitophilus oryza) is the most frequent cause of difficulties within the storage of uncooked grains. This weevil is among probably the most challenging to eliminate because it lays its egg inside the materials itself and seals it with a wax-like plug, making it difficult for fumigants to penetrate. Plodia interpunctella, the Indian Meal moth causes the greatest issues in stored items overall. Not only does it injury the merchandise, but the silk webbing that is made by the caterpillars can damage equipment. The red flour beetle (Tribolium castaneum) is the 2nd largest cause of difficulties in the saved product business. When compared with the common insects which typically infest museum collections, fabrics and furniture, these insects are difficult adversaries.
-Materials and Techniques
+Materials and Systems
-S. oryza, P. interpunctella and T. castaneum species were received from Insects Limited Incorporated, Indianapolis, Indiana. The ova, larvae and adults (depending on the stage of growth) were moved into Pyrex petri dishes (along with their meals supply). These trials were put into the vacuum chamber sandwiched between four toes of additional substance being handled by Midwest Freeze-Dry, Ltd. The vacuum pressure was pulled to one-quarter atmosphere. The bugs were then confronted with a radio frequency power industry for short pulsations totaling 90 seconds of exposure. Upon removal from the chamber all bugs have been killed; (i.e. no signs of life were discovered). For impartial verification eggs and larvae were delivered to Insects Limited Incorporated to check for further improvement or hatching. Insects Limited affirmed that none happened.
+S. oryza, R. interpunctella and T. castaneum species were obtained from Insects Limited Incorporated, Indiana, Indiana. The ova, larvae and grownups (depending on their stage of development) were transferred into Pyrex petri dishes (along with their food source). These examples were put in the hoover chamber sandwiched between four toes of other materials being handled by Midwest Freeze-Dry, Ltd. The vacuum pressure was taken to one-quarter atmosphere. The insects were then subjected to a radio frequency energy field for short pulsations totaling 90 seconds of coverage. Upon removing from the step all insects had been killed; (i.e. no signs of life were observed). For independent verification eggs and larvae were sent to Bugs Limited Integrated to check for any more development or hatching. Insects Limited verified that none occurred.
-Learn more about pest control [http://diypestandanimalcontrol.blog.com/2011/11/02/tips-on-removing-squirrels-from-attic/ diypestandanimalcontrol.blog.com]
+Learn more about pest control [http://diypestandanimalcontrol.blog.com/2011/11/02/tips-on-removing-squirrels-from-attic/ bed bugs removal]

← Предыдущая	Версия 15:56, 26 декабря 2025
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