選択排流の英語

低圧ＥＧＲ通路４２の流入端４４下流の排気通路内にＮＯｘ選択還元触媒２７が配置され、ＮＯｘ選択還元触媒２７上流の排気通路内に供給制御弁３０が配置される。例文帳に追加

A NOx selection reduction catalyst 27 is arranged within an exhaust passage of an inflowing end 44 downstream of the low-pressure EGR passage 42, and a supply control valve 30 is arranged within the exhaust passage of the NOx selection reduction catalyst 27 upstream. - 特許庁

排ガス流路の上流にＮＯをＮＯ_2に選択的に酸化するＮＯ選択酸化触媒のＬａＦｅＯ_3を配置し、その下流にＮＯ_2還元触媒を配置した排ガス浄化装置を用いる。例文帳に追加

The exhaust gas purifying apparatus is composed by arranging an NO selective oxidation catalyst of LaFeO_3 to selectively oxidize NO to NO_2 at the upstream of an exhaust gas flowing passage and arranging an NO_2 reduction catalyst at the downstream thereof. - 特許庁

機関排気通路内にＮＯ_X選択還元触媒１５を配置し、ＮＯ_X選択還元触媒１５上流の機関排気通路内に尿素水供給弁１７を配置してＮＯ_X選択還元触媒１５に吸着されたアンモニアにより排気ガス中のＮＯ_Xを還元する。例文帳に追加

An NOx selective reduction catalyst 15 is disposed in an engine exhaust passage and a urea water supply valve 17 is disposed in the engine exhaust passage on the upstream side of the NOx selective reduction catalyst 15 to reduce the NOx in the exhaust gas by the ammonia adsorbed by the NOx selective reduction catalyst 15. - 特許庁

銀系触媒からなる第１選択還元型触媒２１がエンジン１１の排気管１６に設けられ、銅系触媒、鉄系触媒又はバナジウム系触媒からなる第２選択還元型触媒２２が第１選択還元型触媒２１より排ガス下流側の排気管１６に設けられる。例文帳に追加

A first selective reduction type catalyst 21 composed of a silver-based catalyst is provided in an exhaust pipe 16 of an engine 11, and a second selective reduction type catalyst 22 composed of a copper-based catalyst, an iron-based catalyst, or a vanadium-based catalyst is provided in an exhaust pipe 16 on an exhaust gas downstream side than the first selective reduction type catalyst 21. - 特許庁

流路制御弁１７によって、捕集リアクタ１０の排出側を主排気経路１５および副排気経路１６に選択的に接続する。例文帳に追加

A flow path control valve 17 is used for selectively connecting a trapping reactor 10 at its exhaust side to a main exhaust passage 15 and a sub exhaust passage 16. - 特許庁

排気浄化装置に関し、選択還元触媒から流出する排気のミキシングを促進し、以て排気センサの検出精度を向上させる。例文帳に追加

To provide an exhaust emission control device in which the mixing of exhaust flowing out from a selective reduction catalyst is promoted, and the detection accuracy of an exhaust sensor is improved as a result. - 特許庁

流動解析にてシミュレーションして得られた適正な塑性流動状態同士を比較して掘進に最適な塑性流動状態を選択し、この塑性流動状態における撹拌機構及び排土機構２１の仕様を選択する。例文帳に追加

Appropriate plastic flow states obtained by simulation based on the flow analysis are compared to select the optimum flow state for excavation, and the specifications of the agitating mechanism and a soil removing mechanism 21 in the plastic flow state are selected. - 特許庁

排気浄化システムは、エンジンの排気管に設けられた酸化触媒及びＣＳＦと、排気管のうち酸化触媒及びＣＳＦより下流側に設けられ、排気中のＮＯｘを選択的に還元する選択還元触媒と、排気管のうち選択還元触媒より下流側の排気中のＮＯ_２を検出するＮＯ_２センサとを備える。例文帳に追加

The exhaust purification system includes an oxidation catalyst and a CSF arranged in an exhaust pipe of the engine; the selective reduction catalyst arranged on the downstream side of the oxidation catalyst and the CSF in the exhaust pipe and selectively reducing NOx in exhaust gas; and an NO_2 sensor for detecting NO_2 in the exhaust gas on the downstream side of the selective reduction catalyst in the exhaust pipe. - 特許庁